3.3.5 Add1.pdf - MRIET

ISBN: 978-93-5281-336-0

Proceedings of

National Level Conference on

“ADVANCED RESEARCH ON SCIENCE AND

ENGINEERING,

NCARSE – 2017

Volume 1

MALLA REDDY INSTITUTE OF ENGINEERING & TECHNOLOGY (Sponsored by Malla Reddy Educational Society)

NBA Accredited, ISO 9001-2015 Certified institution, Permanently affiliated to JNTU Hyderabad,

Maisammaguda, Secunderabad – 500 100

http://mriet.ac.in

http://mriet.ac.in/

Proceedings of

National Level Conference on

“ADVANCED RESEARCH ON

SCIENCE AND ENGINEERING,

NCARSE – 2017

Volume 1

MALLA REDDY INSTITUTE OF ENGINEERING & TECHNOLOGY (Sponsored by Malla Reddy Educational Society)

NBA Accredited, ISO 9001-2015 Certified institution, Permanently affiliated to JNTU Hyderabad, Maisammaguda, Secunderabad – 500 100

http://mriet.ac.in

Phone: 040-65552040, +91 9676402671

http://mriet.ac.in/

i

All rights reserved. No part of this publication may be reproduced, stored in or introduced into a

retrieval system, or transmitted, in any form, or by any means (electrical, mechanical,

photocopying, recording or otherwise) without the prior written permission of the publisher. Any

person who does any unauthorised act in relation to this publication may be liable to criminal

prosecution and civil claims for damages.

Copyright © 2017

MRIET

The authors of individual papers are responsible for technical, content, and linguistic correctness.

ISBN: 978-93-5281-336-0

ii

ORGANIZING COMMITTEE Chief Patron: Sri Ch. Malla Reddy Founder Chairman, MRGI Patron: Sri Ch. Mahender Reddy Secretary, MRIET Shri Ch. Bhadra Reddy Treasurer, MRGI Sri P. Praveen Reddy Director, MRIET

Advisory Board: Shri G. RamReddy Director, Admin, MRIET Prof. R. Madan Mohan Director, Academics, M Chair Person: Dr. K.E. Balachandrudu Principal, MRIET Convener: Dr. N Rajesha (HEAD, R&D)

Co Conveners: Mr. M Sreenivas Dean Academics, MRIET Dr. M Ashok (HOD, Dept. of CSE) Dr. M Narsing Yadav (HOD, Dept. Of ECE) Dr. K Hanumaji (HOD, Dept. Of EEE) Dr. Prabha Selvaraj (HOD, Dept. of H&S) Mrs. B. Ruth Sunitha (HOD, MBA)

Technical Program Committee Mr. Rajakishore, MRIET Mr. A Mahender, MRIET Mrs. Anupama R, MRIET Mr. Gopi Krishna, MRIET Mrs. Santhosini, MRIET Reviewers: Dr. Omprakash, Professor, MRIET Dr. P Kiran Kumar Reddy, Professor, MRIET Dr. Zeeshan Vakil, Professor, MRIET Dr. MD Ashfaq Hasan, Professor, MRIET Dr. Sudarshan Jayabalan, Professor, MRIET Dr. Kondala Rao, Professor, MRIET Dr. V L Raju, Professor, MRIET Dr. D Srinivas, Professor, MRIET

Key Note Speaker Dr. John Paul, Principal, Malla Reddy Engineering College

Guest of Honour

Dr Jammi Ashok, Principal, Malla Reddy Institute of Technology Dr. VSK Reddy, Principal, Malla Reddy College of Engineering and Technology

International Advisory Committee:

Dr. K Ramesh Babu, Professor, Dept. of ECE, Adis Ababa University, Ethiopia Dr. N Narasimha Rao, Professor, Dept. of EEE, Ambo University, Ethiopia Dr. K Chandramouli, Professor, Dept. of EEE, Adis Ababa University, Ethiopia Dr. J Rathan Singh, Professor, Dept. of EEE, Eritia Institute of Technology and Science, Eritia Prof. Wen-Jiao Liao, Associate Professor, Department of Electrical engineering, Taiwan Prof. Yang Chang-Fa, Professor, Wireless Communications & EMC Research Center, Taiwan Ardavan Rahimian, School of Electronic, Electrical and Computer Engineering, University of Binningham, UK

National Advisory Committee

Dr. H L Viswanath, Professor, Dept. of ECE, Dayanand Sagar University, Bengaluru Dr. Manoj Priyatham, Professor, Dept. of ECE, R R Institute of Technology, Bengaluru Dr. Tarun Chopra, Professor, Dept. of EEE, Govt. Eng. College, Bikaner Ms. S. Malini, Associate Professor, Dept. Of ECE, SVS College of Engineering, Coimbatore

ii

Editorial:

The NCARSE - 2017 aims to offer a great opportunity to bring together professors, researchers

and scholars around the globe a great platform to deliver the latest innovative research results and

the most recent developments and trends in Electrical, Electronics and Computer Engineering and

Technology fields. The conference will feature invited talks from eminent personalities and

referred paper presentations. The vision of NCARSE - 2017 is to promote and foster

communication among researchers and practitioners working in a wide variety of the above areas

in Engineering and Technology. The proceedings of NCARSE - 2017 will be carried out with an

ISBN.

We cordially invite you to take advantage of this opportunity. Please apply to join the important

dialogue to address research challenges facing educators and researchers. Participants will enhance

their own knowledge as well as joining a network of academics involved in research.

The program's goal is:

(1) To provide university faculty, researchers and graduate students with key insights, core concepts

and skills that are needed to conduct and publish high quality Research.

(2) To bring together researchers and expose them to conceptual and methodological approaches,

and enhance your skills in publishing research in Journals.

(3) To foster dialogue and Engineering opportunities among researchers and academics to address

challenges facing researchers.

These proceedings collect the up-to-date, comprehensive and worldwide state of art knowledge on

science and Engineering. All accepted papers were subjected to strict peer reviewed by 2-4 expert

referees. The papers have been selected for these proceedings because of their quality and the

relevance to the conference.

We would like to extend our appreciation to all participants in the conference for their great

contribution to the success of national Conference 2017. We would like to thank the keynote and

individual speakers and all participating authors for their hard work and time. We also sincerely

appreciate the work by the technical program committee and all reviewers, whose contribution

make the conference possible. We would like to extend our thanks to all the referees for their

constructive comments on all papers; especially we would like to thank to Organizing Committee

for their hard work.

Editor in Chief:

Dr. Rajesha Narasimha Murthy

Head, R&D

MRIET

Hyderabad

iii

MALLA REDDY INSTITUTE OF ENGINEERING & TECHNOLOGY

(Sponsored by Malla Reddy Educational Society)

NBA Accredited, ISO 9001-2015 Certified institution,

Permanently affiliated to JNTUH, Hyderabad - 500 100.

Chairman’s message

Shri Ch. Malla Reddy

Founder and Chairman of MRGI

Member of Parliament for Malkajgiri Constituency

Profile:

Shri Malla Reddy, the most humble dynamic and charismatic chairman is a visionary who brought about a

revolution in the field of education. He is the avant-garde (pioneer) in creating numerous avenues which

made professional and technical education accessible to young aspirants. Under his esteemed leadership,

the campus has grown by leaps and bounds to become a major learning center with 14 institutes offering

almost all Engineering, Management, Computers and Pharmacy courses. Two hospitals namely Narayana

Hrudayalaya Malla Reddy cardiology hospital are functioning in Malla Reddy Health city. His life has

rekindled many lives by not only igniting their dreams but also by accomplishing them. He strongly believes

that only education can bring across a positive change in the society.

He is rated as one amongst the top ten most powerful persons in A.P and Telangana states by the reputed

magazine India Today and is now also into active politics, elected as the member of parliament of the

prestigious Malkajgiri constituency.

Message:

“Intellectuals are not born but are made.”

The mission of MRIET is to engage in outstanding scholarship that makes a major contribution to the

society and to produce groundbreaking researches. Here, students will be provided with an excellent

education and the capability to use knowledge gained to exercise, influence and make meaningful lifelong

contributions to their community and to the nation. I wish you all the best for achieving greater success and

scaling newer heights in your education and career ahead.

iv





Director’s message

Mr. P. Praveen Reddy

Director , MRIET

Message:

Technical education in the country has made phenomenal growth

during the last two decades. The need for high quality managers and technical experts still continue and the

future belongs to those who will have the vision to boldly look for opportunities to capitalize with a passion

for change and strive for excellence in their work. The mushrooming of technical institutions offering

Engineering courses are the result of the huge demand-supply gap because the need for high quality

professionals still continues. .

We are striving hard at our end to prepare and develop high quality professionals to overcome the

challenges faced by the enterprises due to globalization and liberalization process. To achieve this, and

based on very encouraging feedback from various stakeholders, the college has reasonably equipped

necessary facilities to empower the students with a touch of industrial applications. This has generated

sufficient enthusiasm amongst them. As the Director of this esteemed organization I extend my support to

the students and the faculty to bring up future leaders. .

v





Principal’s Message

Dr. K.E. Balachandrudu

Principal, MRIET

Profile:

Dr. K.E.Balachandrudu has obtained Ph.D. in Computer Science and Engineering from MJP

Rohilkhand University, Bareilly, India in 2012. He has done his M.E (CSE) from ANNA University,

Chennai, in 2003 and B.E (CSE) from Gulbarga University in 1994.

He has Seasoned Professional with over 20+ years of rich & extensive experience in Strategic Planning,

General Administration, Educational Planning, Teaching and Student Relations.

Highly creative and self-motivated with innovative ideas / concepts for increasing the transference of

learning from the lower level to the higher level.

Outstanding interpersonal & employee-relations skills with ability to teach improved communication,

diversity skills, and to aid in efficient completion of work.

Expertise in planning, organizing, coordinating and monitoring all types of curricular and co-curricular

activities for the overall personality development of the students.

Actively involved in the carrying out day-to-day operations of studies and solid understanding & proven

experience in learner success coaching.

Adept in developing the full service plan & budget and evaluating both professional / support staff.

Excellent communication skills with knowledge of effective staff development processes and providing

leadership & direction.

Message:

Today, there are large numbers of corporate organizations who are looking for smart, creative and dynamic

people who should be capable of managing their resources. In view of these we facilitate our students to

understand their strengths, weaknesses and goals so as to convert their dreams to reality. We also give a lot

of importance to personality development and building social conscience. It is on account of this that our

Technical education has gained importance and the demand is on the rise. .

For all these, I have been receiving excellent support and cooperation from all my faculty and staff. In

several instances they have also enhanced me to overcome crisis situations and in solving tricky problems. I

take up the responsibility to stand as a supporting pillar to the students of MRIET. .

vi





DEAN’s Message

Mr. M Sreenivas

Dean Academics, MRIET

Profile:

Message:

MRIET offers a range of exciting courses that will open up a world of opportunities to you. Our reputation

for excellence in teaching and research means that your degree will be known and respected throughout the

world. Our aim is to prepare academically rich and professionally competent engineers with sensitivity

towards society’s issues. With planned actions, monitoring and control, we will be able to come up with

desired results in molding our future generation for bright future in their endeavors. You will be making

yourself capable of entering into new professional ventures of engineering by becoming a qualified engineer

who builds the future of our nation.

vii





Computer Science Engineering

Dr. M. Ashok

Head of the Department of Computer Science and Engineering

Profile:

He has obtained PhD in Computer Science and Technology from Sri Krishna Devaraya University in

Digital Image Processing in the year 2012. He has done his M.Tech. in computer Science from JNTU,

Anantapur and B.Tech. in E.C.E from Sri Krishna Devaraya University. He worked as a Principal in SSJ

Engineering College, Hyderabad. He has nearly 19 years of experience in teaching. He has published 27

research papers in National and International journals. He has presented 11 papers at prestigious

conferences. He has participated as well as conducted a number of workshops and conferences. He is

also a life-time member of reputed professional societies such as I.E.T.E., I.S.T.E. and C.S.I. He has been

invited to various colleges to deliver lectures and keynote addresses. Presently he is guiding three Ph.D

scholars from JNTUH.

Message:

It gives me immense pleasure to lead the department of CSE .Our college is one of the premier institutions,

unique like a prism reflecting the manifold shades of learning and co-curricular activities. MRIET is striving

hard towards the goal of providing innovative and quality education with high standard to achieve academic

excellence. The very motto of our department is to provide quality education. The process of learning is

extremely important in life. What you learn, how you learn and where you learn play a crucial role in

developing ones intellectual capability, besides career. With academic knowledge, our department also

trains its Engineers to face the challenges in life by providing many value added courses to enhance their

career prospects. The excellent infrastructure, teaching faculty of the best kind ensuring quality education

such as interaction among students, parents and staff ensures a bright future to its students. Thus we are

confident that our Engineers will emerge as assets not only to this institution and to the organization they

belong, but also to the country at large.

I congratulate the team of faculty members and the students for their brilliant and original efforts. I wish all

the Students and Faculty a great academic career.

viii





Electronics and Communication Engineering

Dr. M. Narsing Yadav

Head of the department of ECE

Profile

He was awarded Ph.D from university of California, Los Angeles and Masters of Science in Electrical

Engineering from San diego state university, California. He has done his B.Tech from JNTU,Hyderabad.

He has rich teaching experience of about 9 years. He has also worked in Pentagram Research Centre as a R

and D developer. He has published 35 and 15 papers in various international and national conferences and

journals respectively. He has delivered guest lectures on the emerging trends in his field at various

prestigious universities. He has authored many text books for engineering students. Currently he is working

on the project design of WCDMA physical layer and pulse shaping using Raised Cosine filter for Channel

transmission.

Message :

The department faculty work with excellent team spirit in different technical streams like RF Electronics,

Communication, Signal processing, VLSI, Embedded System, Wireless Sensor Network which leads to key

research publications and consultancy in these areas. The department strives to provide a conductive

environment for the students to develop analytical and practical skills and apply them to real world

problems. To motivate the students and faculty of the department, we organize regular training in state of

art software & hardware arrange workshops, conduct various National & International Conferences

periodically to enhance the Research Skills .

We welcome you to the Electronics and Communication Engineering Department as undergraduate or

post graduate student and we hope to be part of your success.

ix





Electrical and Electronics Engineering

Dr K Hanumaji,

Head of the Department of EEE

Profile:

Obtained PhD in Electrical & Electronics Engineering from Central University. He received B Tech (EEE)

& M Tech (Power Electronics & Electric Drives) degree JNTU Hyd. He has nearly 7 Years of experience

in teaching. He has several research papers published in National and International Journals. He has

attended number of workshops and Conferences conducted by various colleges and Universities. He is also

a guest lecturer at Kakathiya University-Campus,Warangal. He has visited reputed Engineering Colleges

like OUCE, KITS-Warangal, KUCE, University College of Engg, Kothagudem, SREC etc. He has also

conducted national workshop in WITS, Warangal in the Year 2014. He is a Life member of ISTE,

IAENG, CSIT & IET. He was elected as Editorial Board member in IFREP & IAMER. He received Best

Project award in UG Level. He received Best Teacher in WITS, WARANGAL in the year 2015 by KU

REGISTRAR. Dr.K.Hanumaji has active interest on Power Electronic and Drives, Electric Circuits

(Networks) and DC Machines.

Message:

The department believes in the multidimensional growth of all students. Industrial visits regular internships

which assist the student in smooth transition from academic life to work life is regular feature of our

department. Our department has very cordial atmosphere between faculty & students. Our department has

always been known for its conductive ambience, where students flourish & cherish. Faculty members of our

department are always involved in cutting edge research apart from passionate teaching. We are proud to

have an exceptionally dedicated, motivated & experienced faculty as our Electrical Engineering family

members. I wish the students make best use of the ambience and work towards achieving excellence in the

chosen field.

x





Humanities and Sciences

Dr. Prabha Selvaraj

Head of the Department of Humanities and Sciences

Profile:

She completed her B.E CSE in Kongu Engineering College, Bharathiyar University in 1998, M.E CSE in

College of Engineering, Guindy, Anna University in 2005. She has obtained Ph.D in Computer Science

and Engineering from Anna University, Chennai in the year 2016. Her area of interest is Data Mining,

Recommendation System, Search Optimization and Query processing.

She has 17 years of Teaching Experience in Engineering Colleges and 2 Years of industrial experience. She

has published 15 research papers in National and International journals and conferences. She has

participated as well as conducted a number of workshops, Seminars and conferences. She has been invited

to various colleges to deliver guest lectures.

Message:

Department of Humanities and Sciences attempts at a holistic development of the First Year Engineering

students. Our vision is to ignite the inherent application skills of theoretical knowledge. In view of this, the

Department is devoted to the dissemination of knowledge from and interdisciplinary perceptive and to

empower the students. Our department has got well qualified, talented and dedicated faculties. The

faculties of this department have always endeavored to provide the best in terms of knowledge and skill.

The subjects taught are of prime importance of all round growth and development of students. It remains a

privilege to be Head of the department with highly motivated and dedicated personnel, who are all

prepared to go the extra mile.

xi





Master of Business Administration

Mrs. B. Ruth Sunitha

Head of MBA department

Profile:

Mrs. Ruth Sunitha has triple master degrees including MCA, M.Tech and MBA from renowned

universities. She has passionately taken up teaching and has a rich teaching experience of around 15 years in

both computer science as well as management subjects to her credit. She has attended a number of

national and international seminars and workshops. She also has effectively conducted many faculty

development programs. She has donned the role of mentor & guide for various academic & placement

activities. Her curiosity for perfection & imparting quality education to the student community, has gained

her a lot of appreciation over the years among the college fraternities.

Message :

The motto of MRIET is to impart quality education in the field of management. Its faculty strives to equip

young people to make meaningful contributions to an economy that is increasingly becoming a significant

entity in the global arena. The current global economic slowdown is driving India to rethink strategy,

reassess agendas and revisit several of the long-standing rules of the game. Leadership is being stretched for

direction and results; management is being tested for fortitude and having a balanced head-on-shoulders

approach to keeps the momentum going. As the business world gets more complex management recruits

will need to be equipped with new skill-sets, innovative ideas and a heightened mental toughness to sail

through the current corporate turbulence. Through innovative techniques we aim to provide our students

with a foray of creativity and out of the box thinking. We understand the competitive levels along with the

need for adaptation to the fast paced corporate world, and strive to prepare our students accordingly.

xii





Research and Development

Dr. N. Rajesha

Head of Research and Development

Profile:

Dr. N. Rajesha has obtained Ph.D. in Electronics and Communication Engineering from Shri

Jagadishprasad Jhabarmal Tibrewala University, Jaipur. He has done his M.Tech. and B.E. from

Visweswaraya Technological University, Belagavi. He was won the esteemed Padmarathna Award given by

the Kadiyaladavara Padmashal Sangha, Benguluru in 2017 in recognition of his excellent contribution in

research. He has also been awarded with the Best Mentor and Best Paper Award in 2016 at Benguluru. He

has 6 years of experience in research and teaching and 2.7 years of industry experience to his credit. He has

also worked as a “Programme Officer” for International Red Cross Youth Society. He is also a member of

various prestigious institutions like ISTE, ISRD, IIARD, IAENG etc. He has published 30+ papers in

International/National Journals and Conferences. He has conducted three workshops & One Conference

and has also taken part in nine workshops. Currently, he is also the associate editor of the International

journal of Applied Science of Mathematical Theory. (IJASMT), Nigeria.

Message:

We are currently facing dramatic economic and market changes surrounding our business enterprises. In

these circumstances, R&D becomes increasing important in order to overcome this unprecedented

transition stage and to succeed in expanding globally. The ability to predict market needs, select and focus

on research themes, keep relevant divisions working together as a team, and operate with flexibility and

speed is of the highest importance. We have built close relationships with major global customers in our

expanding business fields based on our technological accomplishments and advanced R&D. Due to these

relationships, we have a comprehensive understanding of advanced market needs and have provided

products that are de facto standards of excellence in the market. As a technology-oriented institution, we

intend to continue to provide innovative materials by further developing our pioneering technologies.

xiii





Reviewer’s Message

Dr. Omprakash

I am delighted to note that Malla Reddy Institute of Engineering and Technology is going to organize

“National Conference on Advanced Research on Science and Engineering (NCARSE-2017)". I am assured

that the discussions in this National Conference will enlighten the corporate delegates, academicians,

research scholars and students. The NCARSE -17 is a wonderful platform, where number of researchers

and academician are exchanging and discussing cutting-edge technological issues. Moreover, different

approaches are also implemented to give training to the faculty community in higher education which will in

turn responsible to mold the student community not only in the academic field but also towards research

activities.

Dr. P Kiran Reddy

It is a matter of enormous contentment for me to learn that Malla Reddy Institute of Engineering and

Technology is going to organize “National Conference on Advanced Research on Science and Engineering

(NCARSE-2017)". It is certainly heartening to note that the event has attracted academicians, research

scholars, students and industry experts from almost every corner of the country. I am convinced that the

discussions of this conference will contribute new dimensions in the field of Computer Science, Electrical

and Electronics and Communication Technology. I take this opportunity to congratulate the organizing

team for the effort taken by each one of them to make this 1st National Conference a reality. I wish them all

a grand success.

Dr. Zeeshan Vakil

It is indeed a matter of immense pleasure to announce the “National Conference on Advanced Research

on Science and Engineering (NCARSE-2017)". I am confident that the conference discussions and the

publication of the conference proceeding will bring opportunities among the academicians, corporate

delegates, research scholars and students to present their innovative ideas, most up-to-date findings, and

technical proficiency in the various fields of Research trends in Computer Science and Application,

Electrical and Electronics and Communication Technology. On behalf of MRIET, I heartily welcome the

Honorable Keynote Speaker, eminent academicians, corporate delegates and all the paper presenters to

(NCARSE-2017).

Dr. MD Ashfaq Hasan

The national level conference, NCARSE-2017 is intended to provide the participating delegates an

opportunity to listen to and interact with eminent subject experts from reputed institutes and industry.

Discussions about role of various computing technology in real type applications like defense, power plants

and various critical applications will be proved fruitful.

I wish all the students, faculty and staff involved the best of Luck. As the saying goes by, "It is time for us all

to stand and cheer for the doer, the achiever - the one who recognizes the challenge and does something

about it." - Vince Lombardi.

xiv





Dr. Kondala Rao

Nowadays, frequent changes in the technology impact our everyday’s life. Our objective is to provide a

forum for discussing the development, implementation, use and application of emerging technologies

through this conference. This conference will provide the participants an opportunity for developing

interaction with academia from other Institutes, University of high academic standards, and people from

renowned Industries. This eventually will open opportunities to collaborate with other Universities and

Institutes, and also to foster synergic partnership between Industry & Engineering Education Institutions.

On behalf of MRIET, I heartily welcome the Honorable Keynote Speakers, eminent academicians,

corporate delegates and all the paper presenters to (NCARSE-2017). I wish them all a grand success.

Dr. Sudarshan Jayabalan

I am enormously pleased to encourage you to the “National Conference on Advanced Research on Science

and Engineering in Computer Science and its various Applications is an interdisciplinary and exigent

ground of research due to the several daily life and scientific problems solving.

Dr. V L Raju

It gives us immense pleasure to invite you to the “National Conference on Advanced Research on Science

and Engineering (NCARSE-2017) to be organized by the Malla Reddy Institute of Engineering and

Technology . The main aim behind this conference is to bring together Researchers, Scientists, Engineers,

Scholars, Academicians and Students in the areas of Computer Science and Electrical and Electronics and

Communication Technology, and to provide a forum for the dissemination of original research results and

new innovative ideas for the benefit of research community and to promote research and development

activities, professional interaction and lifelong learning.

Dr. D Srinivas

The prime objective of organizing NCARSE – 2017 is to bring experts and researchers from Academia,

R&D centers and industries working in the emerging fields of science and engineering together and provide

them a platform for interacting and sharing their research findings. Papers presented at the conference

documents research activity, case studies or best practices, shedding light on the theory or practice in the

related emerging fields of science and engineering. The conference aims at creating research interest in the

minds of young graduates to pursue research as their carrier.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 1

INDEX

Si. No. Contents Page No.

A Copyright Statement i

B Organizing Committee ii

C Editorial preface iii

D Messages iv-xiv

1

IMPLEMENTATION OF ERROR DETECTION AND CORRECTION

USING LOW POWER OLS CODES

KAYAM SAIKUMAR, GUNTURU RAJESH, Y SRI CHAKRAPANI

1

2 CHARACTER RECOGNITION USING NEURAL NETWORK

K SRAVAN KUMAR, D KARUNA 1

3

PERFORMANCE AND ANALYSIS OF ENERGY SPOTTING

SCHEMES FOR EFFICIENT SPECTRUM SENSING IN COGNITIVE

RADIO

M. AJAY KUMAR, K. LOVA RAJU

2

4 DATA SECURITY & ROUTING FOR MOBILE SENSOR NETWORKS

R. RAJA KISHORE, ABDUL RAHAMAN 2

5 OBJECTIVE QUALITY MEASURES BASED ON WAVELET HYBRID

THRESHOLDING THE MULTITAPER SPECTRUM

S.CHINA VENKATESWARLU , B.SATISH CHANDRA, K.SATYA PRASAD

3

6 A BAYESIAN ANALYSIS BASED FREQUENCY SYNCHRONIZATION

IN OFDM SYSTEM

GANESH MIRIYALA,, M. NARSING YADAV

3

7 IMPLEMENTATION OF SECURE ARITHEMATIC CODING FOR

SECURE COMMUNICATION DATA APPLICATION

B. ANIL KUMAR,G. B. G. TILAK

4

8 DESIGN AND SIMULATION OF MICROWAVE ISOLATOR

Z. VAKIL, MANDA NARESH 4

9 A NOVEL RRW FRAMEWORK USING IWT TRANSFORM

K. SATYAVATHI, E CHANDRA KUMAR

5

10

VEHICULAR CLOUD SYSTEMS FOR PREFETCHING-BASED DATA

DISSEMINATION

N.SINDHUJA, V.NAGARANI 5

11

MONITORING OF LOCATION AREA AND GREENHOUSE

CONTROL USING WSN

RAJESHA N, PUSHPAVATHI G

6

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 2

12

IMAGE COMPRESSION ANALYSIS BY INTEGER WAVELET

TRANSFORMATION

P.VINOD KUMAR ,T.VIJAYA BHASKAR REDDY

6

13

BIO-METRIC BASED FRAUDULENCE SPOTTING SET-UP BY

USING EMBEDDED SYSTEM

SANTOSHI BHAVANI. K,DIDDI SARITHA

7

14

A SURVEY ON DIFFERENT DOCUMENT PRESERVATION

TECHNIQUES USING IMAGE PROCESSING

VAMSHI KRISHNA ,P. SRILATHA

7

15

STHG ALGORITHM FOR MAXIMIZATION OF LIFESPAN OF

SENSOR DEVICE

RAJESHA N, PUSHPAVATHI G 8

16

DESIGN AND IMPLEMENTATION OF AUTOMATED BLOOD

BANK USING EMBEDDED SYSTEMS

VAMSHI KOLLIPARA,P YUGENDER

8

17 LICENSE PLATE EXTRACTION BY USING RASPBERRY PI3

B. ANANTH KUMAR,D BAL NAIK 8

18 FPGA IMPLEMENTATION OF GESTURE RECOGNITION SYSTEM

FOR HOME AUTOMATION

N.NAVEENKUMAR,S.MALLESH

9

19

LOW COST AND LOW POWER IOT BASED HEALTH CARE

MONITORING SYSTEM

M.NARESH M.TECH, DR.M.NARSING YADAV, M.S, PH.D

9

20

HOME AUTOMATION AND SECURITY SYSTEM USING PIC

MICROCONTROLLER

P.PRATHYUSHA,K. UMA RANI

10

21

ZIGBEE BASED FARMER FRIENDLY AGRICULTURAL ROBOT

G SPANDANA, G VIGNATHA 10

22

IMPLEMENTATION OF CMOS FULL-ADDERS FOR ENERGY-

EFFICIENT ARITHMETIC APPLICATIONS

P.SURESH BABU

10

23

DESIGN SAFE AND SECURE DEVICE IN VANET USING V2V

COMMUNICATION

PATIL SRIRAM, B SHARAN KUMAR

11

24 DATA ESTIMATING & SPEED CONTROLING SYSTEM WITH

WIRELESS DEVICES

D. MOUNIKA, B.CHANDANA

11

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 3

25

HUMAN INTERACTION SYSTEM BASED ON HAND GESTURES

B SHARAN KUMAR, PATIL SRIRAM

12

26

WATER MANAGEMENT SYSTEM USING IOT

PANJA DILIP YADAV,DR.M.NARSING YADAV, M.S, PH.D

12

27 MALICIOUS ENTITIES IN WIRELESS NETWORKS

K.YAJUSHA ,NAVYA 12

28

BI-ORTHOGONAL WAVELET TRANSFORM BASED SINGLE

IMAGE VISIBILITY RESTORATION ON HAZY SCENES

K.MOUNIKA, DR.M.NARSING YADAV

13

29

IOT BASED MULTI MODEL BIOMETRIC IMPLEMENTATION

USING RASPBERRY PI

PRASAD B, N PRAJWAL, P TARUN SINGH, V RAJESH REDDY

13

30 TRUST FACTORS AND ITS ASSESSMENT FOR AD HOC

NETWORKS

S.KIRAN KUMAR, RRAJA KISHORE

14

31

EVALUATION OF MASSIVE COOPERATIVE SYSTEM IN

COGNITIVE RADIO NETWORK THROUGH TRANSMITTING

ANTENNA

AILA HARIKRISHNA, R.RAJAKISHORE

14

32 ECG SIGNAL DE-NOISING TECHNIQUE USING WAVELET

TRANSFORM

K JOSEPH, D.MAGBUL BASHA

15

33

DFT-BASED CHANNEL LEAKAGE ESTIMATION IN OFDM BY

USING MINIMUM MEAN SQUARE ESTIMATOR

B.JAYANDER ,K KISHAN KUMAR

15

34

CARRIER FREQUENCY OFFSET IN MIMO-OFDM SYSTEMS

GANESH MIRIYALA ,P. SATISH KUMAR 15

35

REVIEW ON SPECTRUM SENSING AND DETECTION TECHNIQUES

FOR COGNITIVE RADIO

NIDHI CHOUHAN,DR.SAJAL KUMAR DAS,DR. OM PRAKASH,T.VISHNU

16

36 OPTIMAL ROUTING FOR WIRELESS NETWORKS

B SHRAVAN REDDY ,G RAJINIKANTH REDDY 16

37

COGNITIVE RADIO NETWORKS FOR CONGLOMERATE USERS IN

OFDM SYSTEMS WITH CHANNEL AND POWER

TRANSFORMATION

G.ASHWINI, V.SINDHUJA

17

38 BEAMFORMING TECHNIQUE USING FIRST ORDER AND SECOND

ORDER MOVEMENTS IN WIRELESS COMMUNICATIONS

ANITHA,DR.M.NARSING YADAV, M.S, PH.D

17

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 4

39 HD IMAGE PROCESSING (HDIP)

M.ANJANEYULU ,DURGA M. BHARATHI 18

40 TRANSMISSION OF COMPRESSED VIDEO STREAMING IN

WIRELESS MULTIMEDIA SENSOR NETWORKS

DR.M.ASHOK, A.RAVI KUMAR

18

41

DESTRUCTIVE SOFTWARE TESTING: A NEW TESTING

PARADIGM

M. NAGENDRA RAO,B. AVINASH

19

42

IMPROVING CONFIDENTIALITY, INTEGRITY, AVAILABILITY,

AUTHENTICITY, AND PRIVACY ISSUES IN INFRASTRUCTURE AS

A SERVICE

MEKALA BHASKAR GARLAPADU ANIL

19

43

SECURE AUTHORIZED DEDUPLICATION & DATA SECURITY ON

CLOUD USING RELIABLE & EFFICIENT HYBRID CLOUD

APPROACH

MACHA.GANESH KUMAR,GIRAGANI.NAGESHWAR

20

44

SIGNIFICANTLY REDUCE THE COMPUTATION TIME AND

COMMUNICATION COST ON THE SERVERS IN CLOUD

COMPUTING

A.B.HARIKA, B.RAMBABU

20

45

IMPORTING DATA FROM MYSQL TO HADOOP USING SQOOP

KANDI JYOTHSNA REDDY, PATEL SABITHA 21

46 BFC-IMPROVING STORAGE MECHANISM OF BIG FILES IN

CLOUD BY DESIGNING LIGHT WEIGHT METADATA

M.KALPANA,P.SANTHOSH

21

47 BIG DATA ANALYTICS: A REVIEW

K.KALPANA,B.DEEPTHI 21

48 SHAPE CLASSIFIERS FOR TEXTURE DISCRIMINATION

DR. P. KIRAN KUMAR REDDY,RIYAZ SHAIK 22

49 SUPPORTING SECURE FILE-LEVEL AND BLOCK-LEVEL DATA

DE-DUPLICATION IN CLOUD COMPUTING

B.LAXMI KANTHA,B.SWAROOPA

22

50 REVIEW OF LOAD BALANCING TYPES AND IMPROVE

EFFICIENCY IN LOAD BALANCING IN A CLOUD COMPUTING

A.MAHENDAR,N NARESH REDDY

22

51 PERFORMANCE ANALYSIS: PROCESS MINING AS IN

EDUCATION

CHINTALAPUDI NALINI,V ROJA

23

52 UNDERSTANDING DATA SCIENCE: A SURVEY

DR.MUHAMMAD ASHFAKUL HASAN,E.SAGAR 23

53

DOUBLE-QUALITY-GUARANTEED (DQG) RENTING SCHEME IN

CLOUD COMPUTING

G. NAGAPPA,R.SAMPATHI REDDY

24

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 5

54

BALANCING LOAD FOR SHARED SYSTEM IN CLOUDS

PRAVEEN KUMAR GERA, R. RAVI

24

55

FEATURE EXTRACTION APPROACH USED FOR NUMERICAL

CHARACTER RECOGNITION USING ZONING DISTANCE

K. RAJIV

25

56

SECURING IMAGES UPLOADED BY USER OVER SOCIAL MEDIA

USING PPP FRAMEWORK

S.PRABHAJ, K.BALACHANDRUDU, D.SUMATHI

25

57

WIRELESS NETWORKS- LOAD BALANCING TECHNIQUES

SWARNANJALI.P, SWETHA.B 25

58 SECURE E-TRANSACTION USING BPCS STEGANOGRAPHY AND 2-

OUT-2 VISUAL CRYPTOGRAPHY

P.LAKSHMI SHAILAJA, SUPRIYA MACHARLA

26

59

DATA STORAGE, DATA ACCESS EFFICIENTLY AND SPEEDILY IN

DATA MINING WITH SECURITY

T.S.S. N SHAMA, B. SUNIL

26

60

THIRD HARMONIC INJECTION PWM CONTROL METHOD OF

THREE LEVEL MULTILEVEL INVERTER WITH VARIOUS

MODULATION INDEX

DR D SRINIVAS,CH.SANDHYA

26

61 APPLICATION OF DATA MINING TECHNIQUES IN BANKING

SECTOR TO IMPROVE THE CORE BUSINESS PROCESS

P.SANTHUJA

27

62

ANALYSIS OF INDUCTION MOTOR PERFORMANCE IN ELECTRIC

VEHICLE WITH HYBRID PWM-RESONANT CONVERTER

DR.K.HANUMAJI ,ATUL SHARMA

27

63 CONTROL OF POWER FLOW USING A UNIFIED POWER FLOW

CONTROLLER (UPFC)

THUMMA SARITHA KUMARI, M.CHIRANJEEVI

28

64 COMPARISON OF ANALYSIS OF DIFFERENT CONTROLLER FOR

REAL AND REACTIVE POWER COORDINATION OF UPFC

MS. B.SWAPNA, MR K.TIRUPATHI RAO

28

65

ENHANCEMENT OF POWER FACTOR BY USING EFFICIENT

POWER ELECTRONIC FLY BACK CONVERTER EQUIPMENT

K.CHIRANJEEVI , M.SPANDANA

29

66

POWER QUALITY IMPROVEMENT OF GRID CONNECTED

INDUCTION GENERATOR IN WIND ENERGY SYSTEM USING

STATCOM

P. Malathi, B. Chandra Shekar

30

67

ROTATING SWITCHING SURFACE CONTROL OF SERIES

RESONANT CONVERTER BASED ON A PIECE WISE AFFINE MODE

P.JHANSI RANI,VARA PRASAD

30

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 6

68 SELF-TUNING OF THE PID CONTROLLER FOR A DIGITAL

EXCITATION CONTROL SYSTEM

31

70 OPTIMAL VOLTAGE REGULATOR PLACEMENT IN A RADIAL

DISTRIBUTION SYSTEM USING FUZZY LOGIC

AJID PASHA , M. MOUNIKA

31

71 POWER QUALITY IMPROVEMENT USING MODULAR

MULTILEVEL INVERTERS FOR WIND SYSTEMS

SURYA PRAKASH ,DR. K. HANUMAJI

32

72

AN ADAPTIVE DROOP DC-BUS VOLTAGE CONTROLLER FOR A

GRID-CONNECTED VOLTAGE SOURCE INVERTER WITH LCL

FILTER

K.RAMYA, K.SWATHI PRIYA

32

73 A GRID INTERCONNECTED RENEWABLE SOURCE HIGH GAIN DC-AC TWO

INPUT BOOST CONVERTER

L. PRASANTHI, ,B. ASHA KIRA 33

74 BATTERY CHARGING AND LOAD OPERATION USING DOUBLE

DECK SOFT SWITCHING DC-DC BUCK BOOST CONVERTER

SRILATHA, ANUPAMA RAMISETTI

33

75 SWITCH FAULT ANALYSIS OF THREE PHASE PWM RECTIFIER

FOR A THREE PHASE INDUCTION MOTOR DRIVE

G.RAMYA,K.CHIRANJEEVI

33

76

CLOSED LOOP CONTROL OF QUASI-ACTIVE SWITCHED-

INDUCTOR HIGH STEP UP DC-DC CONVERTER FOR VARIABLE

VOLTAGE APPLICATION

KRUPARANI,BARU CHANDRA SHEKAR

34

77 MODELLING & ANALYSIS OF CLOSED LOOP HIGH STEP-UP DC-

DC BOOST CONVERTER FOR RESIDENTIAL APPLICATIONS

BAGGAM SWATHI, SARITHA KUMARI THUMMA,DR. K.HANUMAJI

34

78 A HIGH STEP DOWN COUPLE INDUCTOR BASED FUZZY

CONTROLLED SIMO CONVERTER

E.SHYAM ,B.L.SRINIVAS

35

79 A THREE PHASE FOUR SWITCH PWM INVERTER DESIGN WITH

FOR PMSM WITH ANFIS CONTROL

D.SAI RAM SURYA CHAND, M.SATEESH BABU

35

80 EMPLOYEE RELATIONSHIP MANAGEMENT

MR. MANDALA SREENIVAS,DR. K E BALACHANDURUDU 36

82

A STUDY ON TRAINING AND DEVELOPMENT SYSTEM AT

KAKATIYA CEMENT SUGARS & INDUSTRIES LTD, PERUVANCHA

VILLAGE,KALLURU

G.DIVYA SRI,DR. K. ANIL KUMAR (HOD)

36

83 THE IMPORTANCE OF STRIVING FOR CONTINUOUS

MPROVEMENT AND INNOVATION

MRS.B. RUTH SUNITHA,MRS.P.HARIKA

37

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 7

84 A REPORT ON JOB ANALYSIS AT MY HOME CONSTRUCTIONS

PVT LTD

N. MOUNIKA RAO,BUELA

38

85 6LOWPAN

P.SRUJAN KUMAR,T VISHNU 38

86 OPTIMAL ANALYSIS OF PARTICLE SWARM OPTIMIZATION

ALGORITHM FOR ECONOMIC DISPATCH PROBLEM

OM PRAKASH, THUDI VISHNU, SAJAL KUMAR DAS

39

87 CITRATE-BASED SOL-GEL SYNTHESIS AND LUMINESCENCE

PROPERTIES OF CE3+/DY3+CO-DOPED SR3SIO5PHOSPHORS

KURUGUNDLA GOPI KRISHNA, L. KRISHNA BHARAT, AND JAE SU YU

39

88 MINIMIZATION OF HEAVY VEHICLE SUSPENSION SYSTEM

USING FIBRES

A. SHESHAGIRI RAO

40

89 COMPUTATIONAL FLOW FIELD ANALYSIS OF DIFFERENT RE –

ENTRY CAPSULES

N. ARJUN, M. YUGENDER

40

90 STRESS ANALYSIS OF FIBRE REINFORCED COMPOSITE

SMITHA, M.YUGENDER, N.ARJUN 41

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 1

.IMPLEMENTATION OF ERROR DETECTION AND CORRECTION USING LOW

POWER OLS CODES

KAYAM SAIKUMAR

Assistant Professor,

Dept. of ECE,

Malla Reddy Institute of

Technology (MRIT),

Telangana, India.

GUNTURU RAJESH


Dept. of ECE,

Gudlavalleru Engineering

College, Gudlavalleru, Andhra

Pradesh, India

Y SRI CHAKRAPANI

Associate Professor,

Dept. of ECE,

Gudlavalleru Engineering

College, Gudlavalleru, Andhra

Pradesh, India

Abstract— Error correction codes (ECCs) are regularly used to secure memories from errors. As multi bit

errors become additional frequent, single error correction codes aren‘t enough and additional advanced ECCs

are required. Accuracy is changing into a challenge for advanced electronic circuits as the number of errors due

to manufacturing variations, radiation and reduced noise margins increase as technology scales. In the existed

method the error detection and correction are achieved by using Bloom filters (BFs). These filters give a quick

and economical way to check whether or not a given element belongs to a set. Bloom filters will effectively

correct single error within the associated set. In the proposed method the error detection and correction are

enforced by using Orthogonal Latin square codes. The major advantage of OLS codes is that they arrange a

good vary of selections for the block size and also the error correction capabilities. These codes will correct

multiple errors. This proposed coding system has been enforced to optimize the power for OLS codes.

Keywords— Bloom filters (BFs), error detection and correction, and Orthogonal Latin square codes.

CHARACTER RECOGNITION USING NEURAL NETWORK

K Sravan Kumar,

PG Scholar,

Department of Electronics and Communication

Engineering,

MRIET, Hyderabad, TS,INDIA

D karuna,

PG Scholar,


Engineering,

MRIET, Hyderabad, TS,INDIA

ABSTRACT

The main task behind the making of this application is for Digitalization of character/signature system. This

would be radically reducing the paper work on alphabetical characters and numerical. Characters will need to be

transferred to locations where similarity matching needs to be done. This process to be done in paper work while

transferring would mean a lot of time space. To avoid such a constraint and increase the efficiency of the

recognition process this product is being progressed. Moreover the existing system of physically scanning the

character or words in further instance is no where secure as human eye cannot predict accurately the

similarity/differences in two images. Therefore such a situation needs to be avoided with the development of a

more flexible algorithm using state of art technology and implemented directly. Faster recognition should also

be reflected in the above process and overcome the time for recognition else scanning would be better option.

This Software is used to identify and match the handwritten character of a user from previous knowledge of how

his/her handwriting has been recorded. The handwriting firstly recorded will have characteristics of the same

like curve, lineage etc identified using neural networks concepts of Multilayer Feed forward Network, the next

on entering the writing can be identified and used for any specific purpose.

Keywords- Digitalization, Faster recognition, neural networks, Multilayer Feed forward Network.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 2

PERFORMANCE AND ANALYSIS OF ENERGY SPOTTING SCHEMES FOR

EFFICIENT SPECTRUM SENSING IN COGNITIVE RADIO

M. Ajay Kumar, Assistant Professor,

MRIET, Hyderabad,

[email protected]

K. Lova Raju, Assistant Professor,

MRIET, Hyderabad,

[email protected]

ABSTRACT

In present day communication wireless communication has become the most popular communication. Because

of this growing demand on wireless applications has put a lot of constraints on the available radio spectrum

which is limited and precious. In fixed spectrum assignments there are many frequencies that are not being

properly used. So cognitive radio helps us to use these unused frequency bands which are also called as ―White

Spaces‖. This is a unique approach to improve utilization of radio electromagnetic spectrum. In establishing the

cognitive radio there are 4 important methods. In this paper we are going to discuss about the first and most

important method to implement cognitive radio i.e., ―spectrum sensing‖. The challenges, issues and techniques

that are involved in spectrum sensing will discussed in detail.

Keywords— Primary User, Secondary User, Spectrum Sensing, Dynamic spectrum access, cognitive radio

DATA SECURITY & ROUTING FOR MOBILE SENSOR NETWORKS

R. Raja kishore

Assistant professor


Engineering, MRIET, Hyderabad, TS, India.

Email: [email protected].

Abdul Rahaman

Assistant professor


Engineering, MRIET, Hyderabad, TS, India

Email: [email protected]

ABSTRACT

Mobile Wireless sensor networks (mobile-WSN) are becoming increasingly important in recent years due to

their ability to detect and convey real-time in-situ scenes for many civil and military applications. A major

technical challenge for a mobile wireless sensor network lies in the energy constraint at each node, which poses

a fundamental limit on the network lifetime. To overcome this energy constraint, in this work, an energy aware

optimal routing strategy is implemented by modifying the AODV protocol, which is termed as Modified

AODV (MAODV) and also tuning of energy is carried out at each transmitting node to ensure minimum

consumption of energy. The other important constraint is the data security. This data security is augmented by

applying an Advanced Encryption Standard (AES) for WSN. This AES algorithm is implemented in modified

AODV and this is termed as Secured AODV (SAODV). Since, the nodes are mobile in nature, to implement the

MAODV and SAODV the environment is created using Global Mobile Information System Simulator

(GLOMOSIM), and the simulation is carried out for various pause time values and the number of nodes.

From simulation, it is observed that in MAODV, the energy consumption per packet and the Average energy

consumption of the nodes are approximately 20% less compared to conventional AODV and the Secured

AODV gives better packet delivery ratio when compared to MAODV.

Key words: WSN, Energy, Routing, Ad-Hoc Networks, AODV, AES.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 3

OBJECTIVE QUALITY MEASURES BASED ON WAVELET HYBRID

THRESHOLDING THE MULTITAPER SPECTRUM

S.China Venkateswarlu ,

Professor

Dept. of ECE-MRIET,

[email protected]

B.Satish Chandra

Associate Professor

Dept. of ECE-MRIET

[email protected]

K.Satya Prasad

Professor

Dept. of ECE, JNTUK,

[email protected]

ABSTRACT:

In this research work, Modified Improved Arctan Thresholding and two Hybrid Thresholding schemes (TH-I

and TH-II) have been proposed and successfully used in Wavelet Thresholding the Multitaper Spectrum for

Speech Enhancement. The two Hybrid Thresholding schemes are formulated by incorporating the modified

arctan function and exponential function suitably in Hard and Soft thresholding methods. To address the

―musical noise‖ encountered in most of the frequency domain speech enhancement algorithms, Wavelet

Thresholding the Multitaper Spectrum Speech Enhancement with Hard and Soft Thresholding schemes. This

paper investigates further improvement of Speech quality in terms of six objective quality measures using

Discrete Wavelet Transform Thresholding the Multitaper Power Spectrum proposed Thresholding method. The

performance of the new Thresholding methods is compared with the other thresholding methods. When applied

to noisy speech signals of low SNR (0dB) conditions. The results showed that, the use of Multitaper Spectrum

estimation combined with the proposed Thresholding procedures yields better quality.. This Algorithm

incorporates the noisy speech signal divided in to overlapping frames and each frame is subject to the Multitaper

Power Spectrum estimation using either SLEPIAN(Discrete Prolate Spheroidal Sequences) or SINE Tapers and

applied to the Wavelet Thresholding the Multitaper Spectrum based Speech Enhancement algorithm and the

enhanced speech is reconstructed in its time domain. Analysis is done using Daubechies and Symlet wavelets

with different real world noisy environments as well as white Gaussian Noise.

Key-Words: - Multitaper method, power spectrum estimation, wavelet hybrid thresholding, modified arctan

function, speech enhancement.

A BAYESIAN ANALYSIS BASED FREQUENCY SYNCHRONIZATION IN OFDM

SYSTEM

Ganesh Miriyala

Department of ECE

MRIET,Haderabad,TS,India.

[email protected],

M. Narsing Yadav

Department of ECE

MRIET, Hyderabad, TS, India

[email protected]

ABSTRACT

The Bayesian approach offers three avoid signature advantages in the represent problem of estimating the

frequency bring in the criticize for when synchronizing a describe to a base station in an orthogonal frequency

sector of knowledge of design multiplexing system: a systematic practice to include regular taste for lead

probabilities; plenty of rope to confess our matter of life and death distributions consistently via Bayes‘

theorem; get to reliability measures for the no ifs and or buts estimate at hand. The Bayesian act in these ways

enables hot frequency acquisition without pilots at could catch a glimpse of a pin perish SNR, and also provides

a born with a silver spoon indicator of when the call a spade a spade is routinely synchronized to get along for

the promptly time. Our investigation and simulations remedy that oversampling and nulling of subcarriers gave

a pink fall flat on face urge up the acquisition further. When pilot and (incomplete) channel intuition is agile to

be flay, it gave a pink slip be easily included by the agency of priors to significantly gat set up in prompt the

synchronization performance.

Keywords: Bayesian analysis, Frequency synchronization, Orthogonal frequency division multiplexing

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 4

IMPLEMENTATION OF SECURE ARITHEMATIC CODING FOR SECURE

COMMUNICATION DATA APPLICATION

B. ANIL KUMAR

Assistant Professor


G. B. G. TILAK

Assistant Professor


ABSTRACT

Arithmetic coding is a method for lossless data compression. Normally, a string of characters such as the

words ―hello there‖ is represented using a fixed number of bits per character, as in the American Standard

Code for Information Interchange (ASCII) code. Arithmetic coding is a form of variable-length entropy

encoding that converts a string in to another representation. As that where the entropy encoding techniques

which separate the input message into its component symbols and replace each symbol with a code word,

arithmetic coding encodes the entire message into a single number that is a fraction n where (0.0 < n < 1.0).

Although arithmetic coding offers extremely high coding efficiency, it provides little or no security as

traditionally implemented. We present a modified scheme that offers both encryption and compression. The

system utilizes an arithmetic coder in which the overall length within the range [0,1] allocated to each

symbol is preserved, but the traditional assumption that single contiguous interval is used for each symbol is

removed. Additionally, a series of permutations are applied at the input and the output of the encoder. The

overall system provides simultaneous encryption and compression.

In this project, encoder and decoder for secure arithmetic coding are designed in VHDL. Modelsim simulator

tool will be used for functional verification of the design. A test bench is written in VHDL which instantiates

both encoder and decoder to check end to end testing. Typical applications of secure arithmetic coding are

studied.

DESIGN AND SIMULATION OF MICROWAVE ISOLATOR

Z. Vakil

Dept of Electronics and Communication

Engineering, Malla Reddy Institute of Engineering

and Technology, Hydrabad

email: [email protected]

Manda Naresh

Dept of Electronics and Communication

Engineering, Malla Reddy Institute of Engineering

and Technology, Hydrabad

ABSTRACT

The passive devices using a ferriteis a major research area for electronic applications in the microwave range

(Isolators). Barium ferrite (BaFe12O19 or BaM), which has a large resistivity and high permeability at high

frequencies are really of excessive interest for microwave device applications. In this work, results of an

experimental paperof self-biased coplanar isolator using HFSSis simulated. The insertion loss (S21)and the

reflection loss (S12)are 14dB and 19dB respectively and the simulation results are in good confidence level with

experimental results.

Keywords—Barium ferrite (BaM), coplanar isolator

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 5

A NOVEL RRW FRAMEWORK USING IWT TRANSFORM

K. Satyavathi

Assistant Professor

[email protected],

ECE Department, Malla Reddy Institute of

Engineering and Technology, Hyderabad, TS, India

E Chandra Kumar

Assistant Professor

[email protected]

ECE Department, Malla Reddy Institute Of

Engineering and Technology, Hyderabad, TS, India

ABSTRACT

In the study of Robust reversible watermarking (RRW) methods we discovered that it embeds the watermark

into the fractional portion of the numerical attributes in the relational database to minimize the distortion of the

watermarked relational database. And these are popular in multimedia for protecting copyright, while preserving

intactness of host images and providing robustness against unintentional attacks. But this conventional RRW

methods are not readily applicable in practice, they have limited robustness in extracting watermarks from the

watermarked images destroyed by different unintentional attacks.

To overcome the problems of this system here we develop a novel pragmatic framework, wavelet-domain

statistical quantity histogram shifting and clustering (WSQH-SC). In this proposed system of WSQH-SC

ingeniously constructs new watermark embedding and extraction procedures by histogram shifting and

clustering and those are compared with conventional methods. WSQH-SC includes the property- inspired pixel

adjustment to effectively handle overflow and underflow of pixels. This results in satisfactory reversibility and

invisibility. WSQH-SC designs an enhanced pixel-wise masking to balance robustness and invisibility to

increase its practical applicability furthermore. The experimental results shows the comprehensive performance

in terms of reversibility, robustness, invisibility widely applicable to different kinds of images.

Index Terms—Integer wavelet transform, k-means clustering, Enhanced pixel wise masking, robust reversible

watermarking (RRW).

VEHICULAR CLOUD SYSTEMS FOR PREFETCHING-BASED DATA

DISSEMINATION

N.Sindhuja

ASSISTANT PROFESSOR

Dept. of Electronics and Communication Engg.

MALLAREDDY INSTITUTE OF

ENGINEERING AND TECHNOLOGY

[email protected],

V.NagaRani

ASSISTANT PROFESSOR

Dept. of Electronics and Communication Engg.

MALLAREDDY INSTITUTE OF

ENGINEERING AND TECHNOLOGY

[email protected]

ABSTRACT:

In the last decade, vehicular ad hoc networks (VANETs) have been widely studied as a method for

incorporating wireless communication capabilities in vehicular transportation systems for safety, energy, and

comfort issues. VANETs consist of two types of nodes, i.e., mobile vehicles and stationary roadside wireless

access points (APs); the wireless Aps serve as an infrastructure for network connectivity in VANETs. In

VANETs, vehicle-to-vehicle (V2V), infrastructure-to vehicle (I2V), and vehicle-to-infrastructure (V2I)

communications are defined, depending on the direction of traffic flow. I2V and V2I aim for data delivery

services from/to the Internet through the roadside wireless APs in VANETs.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 6

MONITORING OF LOCATION AREA AND GREENHOUSE CONTROL USING

WSN

Rajesha N

Dept. of ECE

Malla Reddy Institute of Engineering and

Technology, Hyderabad, India

Pushpavathi G

Dept. of Physics



ABSTRACT

This paper presents the design and the implementation of a Wireless Sensor Network that can monitor the air

temperature, humidity and ambient light intensity in a crop field. The technological development in Wireless

Sensor Networks made it possible to use in monitoring and control of greenhouse parameter in precision

agriculture. This can help the end users such as farmers in the better understanding of agriculture practices to be

adopted for crop management. Since, early detection of plant fires is necessary to prevent high crop damages; a

plant fire detection scheme has also been incorporated in the system. The system consists of nodes, which are

equipped with small size application specific sensors and radio frequency modules. The design also includes an

alternative scheme for the storage of sensor data into an EEPROM in case the computer terminal switches OFF

like in the case of a power failure. In this contest with the evolution in wireless sensor technologies and

miniaturized sensor devices, it is possible to uses them for automatic environment monitoring and controlling

the parameters of greenhouse. The Graphical User Interface has been made very user-friendly keeping in mind

that the system will be used predominantly by the farmers. The system design implemented addresses a wide

range of agricultural concerns from detecting sensor node failure, retasking the sensor nodes, power

management and data reliability considerations. The proposed system has been deployed in a brinjal field and

the feasibility of the network is tested by evaluating the field results.

Keywords- wireless sensor network; crop field monitoring; greenhouse; gateway model; graphical user

interface.

THE FUNCTIONAL ANALYSIS OF WAVELET TRANSFORMATION ALONG

WITH LIFTING SCHEME FOR IMAGE COMPRESSION

P. Vinod kumar

Assistant professor

Dept. Of electronics and communication engg.

Mallareddy institute of engineering and technology

[email protected],

T.Vijaya bhaskar reddy

Assistant professor

Dept. Of electronics and communication engg.

Mallareddy institute of engineering and technology

[email protected]

ABSTRACT

In image compression to reduce the redundant data and to reduce the size of the processed image as compared to

the original image. As compared to the other conventional lossy compression techniques used, the proposed

technique is lossless image compression for both continuous and discrete time cases. The Integer wavelet

transformation for speeding up the computation time and reducing the size of the image. We perform the

wavelet packet transform (WPT) and then the lifting scheme (LS) are can be constructed by iterating the single

wavelet decomposition step on both low pas as well as high pass branches by the bi-orthogonal wavelets. The

performance in terms of encoding and decoding time, the peak signal to noise ratio (PSNR), and better

compression ratio (CR). The implementation of the lifting scheme the speed up mechanism is possible, thus

facilitating a superior image compression lossless model. The project work attempts to highlight the

performance analysis of such IWT image compression technique using proposed lifting scheme.

Keywords – WPT, LS, PSNR, CR, Bi-orthogonal wavelets

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 7

BIO-METRIC BASED FRAUDULENCE SPOTTING SET-UP BY USING

EMBEDDED SYSTEM

Santoshi Bhavani. K,

Assistant professor

MRIET ECE department

[email protected]

Diddi Saritha

Assistant professor

MRIET ECE department

[email protected]

ABSTRACT: Biometrics systems have significantly improved person identification and authentication, playing

an important role in personal, national, and global security. However, these systems might be deceived (or

spoofed) and, despite the recent advances in fraudulence spotting, current solutions often rely on domain

knowledge, specific biometric reading systems, and attack types. We assume a very limited knowledge about

biometric fraudulence at the sensor to derive outstanding fraudulence spotting systems for iris, face, and

fingerprint modalities based on two deep learning approaches. The first approach consists of learning suitable

convolution network architectures for each domain, whereas the second approach focuses on learning the

weights of the network via back propagation. We consider nine biometric fraudulence benchmarks—each one

containing real and fake samples of a given biometric modality and attack type— and learn deep representations

for each benchmark by combining and contrasting the two learning approaches. This strategy not only provides

better comprehension of how these approaches interplay, but also creates systems that exceed the best known

results in eight out of the nine benchmarks. The results strongly indicate that fraudulence spotting systems based

on convolution networks can be robust to attacks already known and possibly adapted, with little effort, to

image-based attacks that are yet to come.

Keywords: Microcontroller, Fingerprint module, USB camera, PC and GSM modem (SIM-800)

A SURVEY ON DIFFERENT DOCUMENT PRESERVATION TECHNIQUES USING

IMAGE PROCESSING

Vamshi Krishna

Asst. Professor, MRIET,

[email protected]

P. Srilatha

Asst. Professor, MRIET

[email protected]

ABSTRACT:

Historical documents are considered a significant source of national heritage and societal development. It is an

essential feature of society and a reference to their culture, tradition and civilization. An image-based

information management system for restoration of cultural heritages has been developed. Precise records of the

current status of a cultural heritage are necessary to preserve or restore it. The precise records of the object have

been available by photogrammetric technique, but there are too few expensive photogrammetric instruments and

experienced photogrammetrists at a heritage site.

Keywords: Historical Documents, restoration, cultural heritage, photogrammetric instruments,

photogrammetrists.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 8

STHG ALGORITHM FOR MAXIMIZATION OF LIFESPAN OF SENSOR DEVICE

Rajesha N

Dept. of ECE



[email protected]

Pushpavathi G

Dept. of Physics



[email protected]

ABSTRACT—maximizing the lifetime of a sensor network by scheduling operations of sensors is an effective

way to construct energy efficient wireless sensor networks. This paper proposes a hybrid approach of

combining a genetic algorithm with schedule transition operations, termed STHGA, to address the problem of

disjoint set of sensors. STHGA adopts a forward encoding scheme for chromosomes in the population and uses

some effective genetic and sensor schedule transition operations. The novelty of the forward encoding scheme is

that the maximum gene value of each chromosome is increased consistently with the solution quality, which

relates to the number of disjoint complete cover sets. Complying with the encoding requirements, genetic

operations and schedule transition operations in STHGA cooperate to change the incomplete cover set into a

complete one.

Index Terms—Coverage, disjoint set covers problem, encoding scheme, genetic algorithm, schedule, SET k-

cover problem, wireless sensor network.

DESIGN AND IMPLEMENTATION OF AUTOMATED BLOOD

BANK USING EMBEDDED SYSTEMS

Vamshi Kollipara,

Asst professor,

Dept of ECE,MRIET

P Yugender,

Asst professor,

Dept of ECE,MRIET

ABSTRACT

Every year the nation requires about 4 Crore units of blood, out of which only a meager 40 Lakh units of blood

are available. There are multiple blood banks around the world, however none of them offer the capability for a

direct contact between the donor and recipient. This is often a serious disadvantage notably in cases wherever

there is associate degree pressing would like of blood. This project aims to beat this communication barrier by

providing an immediate link between the donor.

LICENSE PLATE EXTRACTION BY USING RASPBERRY PI3

B. Ananth Kumar,


Dept of ECE, MRIET, Maisammaguda, TS, India


D Bal Naik,


Dept of ECE, MRIET, Maisammaguda, TS, India

Email: [email protected].

.

ABSTRACT

Vehicle‘s license plate recognition system has been a special area of interest in video surveillance area for more

than a decade or so. With the advent of sophisticated video vehicle detection systems for traffic management

applications, number plate recognition system finds wide varieties of places to fit itself beyond just controlling

access to a toll collection point or parking lot. It can now be integrated to the video vehicle detection systems

which usually areInstalled in places of interest for intersection control, traffic monitoring etc., to identify vehicle

that violates traffic laws or to find stolen vehicles.Here we are implementing this project in the stream of image

processing to identify number plate and data is being processed in MATLAB. The same information is sent to

the raspberry pi to display on 16x2 LCD

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 9

FPGA IMPLEMENTATION OF GESTURE RECOGNITION SYSTEM FOR HOME

AUTOMATION

N.Naveenkumar

Assistant Professor

Dept of ECE,MRIET

[email protected]

S.Mallesh

Assistant Professor

Dept of ECE,MRIET

[email protected]

Abstract — New natural methods of control are needed due to the increase in the number of industrial and home

appliances that must be controlled. In this paper presents releasable fpga based hand gesture recognition system

is proposed by using a method called artificial neural network is used this method mainly used to add learning

capabilities of gesture recognition system that can be used for impaired people. The sensor based gestures

control system is composed by two subsystems that communicated via radio waves. The first subsystem is a

transmitter that has an accelerometer which reads predefined gesture values. The second subsystem is the

receiver on which the data processing takes place. Field Programmable Gate Array (FPGA) implementation is

an easy an attractive way for hardware implementation. The desired network is modeled, trained and simulated

by using Xilinx. Network architecture trained with different methods could be simulated and the network that is

best performing for given application is chosen for hardware implementation using vhdl language developed by

Xilinx Inc. This HDL design can then be synthesized for implementation in the Xilinx family of FPGA devices.

Keywords —Accelerometer, gesture recognition system, zigbees, artificial neural network, Field programmable

gate arrays.

LOW COST AND LOW POWER IOT BASED HEALTH CARE MONITORING

SYSTEM

M.Naresh M.Tech

Assistant Professor,Dept of ECE,


Technology.

Dr.M.Narsing Yadav, M.S, Ph.D

HOD, Dept of ECE,


Technology

ABSTRACT:

This paper presents the look of a straightforward, low-cost controller primarily based patient health

watching system. Heart rate of the topic is measured from the thumb finger victimization IRD (Infra Red Device

sensors and also the rate is then averaged as message). The vital sign will also be monitored and displayed on

liquid crystal display interfaced. A glass tube and easy less weight plastic ball is placed within that for a patient

and so that patient are going to be asked to inhale close to the tube organized so that to visualize the metabolic

process i.e., breath rate. A temperature device has been used here to check the patient temperature. during this

project we have a tendency to at watching few things those at pulse, vital sign, temperature and lungs condition

of a patient. Heart beat device instrument employs a straightforward Opto electronic device, handily strapped on

the finger, to give continuous indication of the heart beat digits. The Pulse monitor works each on battery or

mains provide. It is ideal for continuous watching operational theaters, I.C. units, biomedical/human engineering

studies and medicine. Here we have a tendency to improvisation LPC2148 as our controller. The patient

condition can be analyzed and created obtainable within the net victimization IOT module interfaced to the

controller. Here we have a tendency to also are giving associate SMS alert for heart beat, vital sign and

temperature watching victimization GSM electronic equipment interfaced to the controller.

Keywords:Arm7 Processor , Blood Pressure Sensor, Heart Beat Sensor, Heart Beat Circuit Drive, Temperature

Sensor, Respiratory Kit, IR Sensors, IOT Module, Android Application, Smartphone, GSM SIM900 modem and

Buzzer.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 10

HOME AUTOMATION AND SECURITY SYSTEM USING PIC

MICROCONTROLLER

P.Prathyusha,

Asst.Professor,MRIET

K. Uma Rani

Asst Professor ,MRIET

ABSTRACT—The development of the new technologies in the field of electronics has brought tremendous

changes in the day to day life of every human being. They have entered the fields like industry, medicine,

telecommunication and also home automation. This paper introduces the intelligent home automation system

(IHAM) which is developed using PIC microcontroller with the ZigBee wireless communication technology,

speech recognition technique and GSM network technology that control the home appliance. The automation

centres on recognition of voice commands and uses low-power RF ZigBee wireless communication modules

which are relatively cheap. The home automation system is used to control all lights and electrical appliances in

a home or office using voice commands with help of HM2007 chip that is widely used for such appliances. The

proposed system gives the overall framework of hardware and software design, and describes ways to

implement the system. The paper also explains the security system for fire hazards that may occur through

smoke sensor and GSM Module that is controlled by the same controller that sends the SMS to the user if the

smoke is detected.

Keywords-HM2007 chip, intelligent home , PIC, microcontroller, ZigBee module, GSM module.

ZIGBEE BASED FARMER FRIENDLY AGRICULTURAL ROBOT

G Spandana,Mtech,

Asst.Professor,

Dept of ECE

G Vignatha,MTech,

Asst.Professor,

Dept of ECE

ABSTRACT:

Agriculture is a backbone of our nation. Developed agriculture needs to find new ways to improve efficiency.

One approach is to utilize available information technologies in the form of more intelligent machines to reduce

and target energy inputs in more effective ways than in the past. Our project mainly concerns to improve the

agriculture equipment as per modern system. We are going to introduce plough out of tractor controlled by

interfacing with microcontroller. By using this equipment seed can be so easily with more specifications,

sprinkling and cutting can be done. In this project the obstacle detection and monitoring the field can be done.

IMPLEMENTATION OF CMOS FULL-ADDERS FOR ENERGY-EFFICIENT

ARITHMETIC APPLICATIONS

P.Suresh babu, Asst.Prof,ECE

NRIET,maisammaguda,

HYDERABAD,TS,INDIA,

[email protected]

ABSTRACT: - We present two high-speed and low-power full-adder cells designed with an alternative internal

logic structure and pass-transistor logic styles that lead to have a reduced power-delay product (PDP). We

carried out a comparison against other full-adders reported as having a low PDP, in terms of speed, power

consumption and area. All the full-adders were designed with a 0.18- m CMOS technology, and were tested

using a comprehensive test bench that allowed to measure the current taken from the full-adder inputs, besides

the current provided from the power-supply. Post-layout simulations show that the proposed full-adders

outperform its counterparts exhibiting an average PDP advantage of 80%, with only 40% of relative area.

Index Terms—Arithmetic, full-adder, high-speed, low-power.

mailto:[email protected]

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 11

DESIGN OF SAFE AND SECURE DEVICE IN VANET USING V2V

COMMUNICATION

PATIL SRIRAM, M.Tech,


Department of ECE, MRIET

[email protected]

B SHARAN KUMAR, M.Tech,


Department of ECE, MRIET,

[email protected]

ABSTRACT: This paper is basically on an electronic device which can be used at the time of emergency while

traveling. If any collision occurs, through ZIGBEE, GSM and many distinctive sensors by the help of which

instant help can be delivered to the passengers. Safety and Security of the vehicle as well as the passengers are

the major concerns of this design. The overall structure is based on ARM7. If vehicle is theft, owner can control

the security options of vehicle. Research content uses the technology of Zigbee for the transmission of message

to the other vehicle in the time of need of their help as well as for serving the prospective of safe and sound

driving the functions like drivers alcohol detection, drowsiness detection. Collision avoidance is also included in

this using Ultrasonic Sensors.

Keywords: Arm7 Processor , GSM SIM800 modem, GPS, Zigbee paired modules, PC Alcohol sensor, MEMS

sensor, Ignition check, Eye blink sensor, Ultrasonic sensor, L293D driver IC Motors and Buzzer.

DATA ESTIMATING & SPEED CONTROLING SYSTEM WITH WIRELESS

DEVICES

D. MOUNIKA

Assistant professor



Email: [email protected],

B.CHANDANA

Assistant professor




Abstract: Vehicular communication is a popular topic in the academia and the car industry. The aim of this

growing interest is to develop an effective communication system for the Intelligent Transportation System

(ITS). In this paper we presented the model of wireless base station good put evaluation. We used wireless

access point model as a queuing system with variable requests and the auto traffic model. The performance of

the wireless networks can be impacted from a variety of parameters, such as radio communication range,

available bandwidth and bit rate, the number of clients in wireless network range and vehicle speed. The basic

parameters were analyzed and presented in this paper.

Key words: ZigBee, IR sensors, gas sensor

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 12

HUMAN INTERACTION SYSTEM BASED ON HAND GESTURES

B SHARAN KUMAR, M.Tech,


Department of ECE, MRIET,

[email protected]

PATIL SRIRAM, M.Tech,



[email protected]

Abstract: This paper proposes an application based on hand gestures from user for silent and secrete

communication. For gestures, MEMS and Flex Sensors are used. This application is developed for

communication in heavy industries or factories. In industries, supervisor can give commands to worker from his

cabin by monitoring in PC. This design totally depends on ARM7. The controller receives the signals from the

MEMS and will transmit the text messages according to the gesture. For communication between the

workers/employees in industries this device will be used. Text/commands can send to other person through

GSM and Zigbee technologies. GSM is used to send the text to predefined numbers and Zigbee is used as

transceiver in this design. Zigbee is used for blind person section and at monitoring section.

Keywords: Arm processor, Zigbee, MEMS sensor, Flex sensor, APR 33A3 Voice IC, Personal computer and

Camera.

WATER MANAGEMENT SYSTEM USING IOT

Panja Dilip Yadav

M.Tech, Assistant Professor,

[email protected]


HOD, Dept of ECE,

[email protected]

Abstract:

The sensors are fixed at specified locations on the container. The water level sensor triggers one-by-one based

on the water level. Microcontroller monitors the liquid level and the level displayed on LCD. If the maximum

level is reached, the microcontroller switches off the motor. If the liquid reaches the lower level, the controller

drives the driver circuit and switches on the motor. The sensed level values of the water are displayed on the

16x2-line LCD. This project is specially designed for household, Industries. Water level sensors / Reed switches

are used as level sensors. The level of the water is monitored by the microcontroller and displayed on LCD. At

the same time all the information will be available on web server using IoT module interfaced to the controller.

Water consumption measurement is also being done here using flow sensor. This is fixed near each pipeline of

individual‘s water supply. So that, one can has details about their water bill also.

MALICIOUS ENTITIES IN WIRELESS NETWORKS

K Yajusha , PG scholar,

Department of ECE,

MallaReddy Institute of Engineering and

Technology

Navya, PG scholar,

Department of ECE,

MallaReddy Institute of Engineering and

Technology

Abstract

Multi-hop wireless mesh networks provide a community with a communication infrastructure which gives the

ability to have a single or few connections to the internet along with each other. The core philosophy is that each

node in the network would route each other packets for the benefit of everyone in the mesh network. This can

give rise to a malicious node taking advantage of the forwarding nature in the network. A malicious node can

drop the packets that should be forwarded and only forward its own packets therefore decreasing the benefits of

the network for nodes upstream from the "bad" node. We present a Random Tester Detection Protocol (RTDP)

that will detect the malicious node. The protocol leverages the broadcast nature of wireless networks along with

anonymous messages to detect the free riding nodes. The protocol is evaluated in a network simulator created

using Java.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 13

BI-ORTHOGONAL WAVELET TRANSFORM BASED SINGLE IMAGE

VISIBILITY RESTORATION ON HAZY SCENES

K.MOUNIKA, PG Scholar

Dept.of ECE,MRIET,

[email protected]


HOD, Dept of ECE,

[email protected]

ABSTRACT:-

The hazy removal technique divided into three categories such additional information approaches, multiple

image approaches, single-image approaches. The first two methods are expense one and high computational

complexity. Recently single image approach is used for this de-hazing process because of its flexibility and low

cost. The dark channel prior is to estimate scene depth in a single image and it is estimated through get at least

one color channel with very low intensity value regard to the patches of an image. The transmission map will be

estimated through atmospheric light estimation. The median filter and adaptive gamma correction are used for

enhancing transmission to avoid halo effect problem. Then visibility restoration module utilizes average color

difference values and enhanced transmission to restore an image with better quality.

Keywords: - Hazy Image, Contrast Stretching, Bi-orthogonal Wavelet Transform, Depth Estimation, Adaptive

Gamma Correction, Color Analysis, Visibility Restoration

IOT BASED MULTI MODEL BIOMETRIC IMPLEMENTATION USING

RASPBERRY PI

PRASAD B,

Assoc. Prof.,

Dept. of CSE,

MLRITM, JNTU-H,

[email protected]

N PRAJWAL,

Dept. of CSE,

MLRITM,

prajwalnilopant@gmail.

com

P TARUN SINGH,

Dept. of CSE,

MLRITM,

t.tarunsingh999@gmail.

com

V RAJESH REDDY,

Dept. of CSE,

MLRITM,

Rajeshreddy669@gmail

.com

ABSTRACT:

Developments in the field of Information Technology also make Information Security a devoted part of it. In

order to deal with security, Authentication plays an imperative role. In this paper, Biometrics is used for

authentication. This paper also describes how biometrics can leverage cloud‘s boundless computational

resources and striking properties of flexibility, scalability, and cost reduction in order to reduce the cost of the

biometrics system requirements of different computational resources (i.e. processing power or data storage) and

to enhance the performance of biometrics systems‘ processes (i.e. biometric matching). Here, Raspberry Pi is

used to build a low-cost biometric system. Raspberry Pi (RPi) is a credit-sized mini-computer with great

capabilities similar to a PC. In this study it is used as a remote enrollment node. The application of Raspberry Pi

and cloud computing has given a new direction of research into the field of Internet-of-Things (IoT). Using the

biometric technology, a new system of IoT based biometrics is proposed. To maintain the security of biometric

traits over the Internet channel from RPi client to the cloud, cryptographic algorithms are applied like RSA and

enhanced AES-256. The encrypted biometric information is stored on the cloud and the authentication can be

done by Biometric service hosted on Azure cloud. Thus, this papers covers the following topics: attracting

power of biometrics into the authentication services, biometrics leveraging the power of cloud, Raspberry Pi- a

low-cost IoT device, enhanced AES-256 with Round structure and dynamic S-box generation and the new

emerging trend of Internet-of-Things.

Keywords: Finger Print, Palm Print, Multi-Modal Biometrics, Raspberry Pi (RPi), IoT based biometrics,

enhanced AES-256


NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 14

TRUST FACTORS AND ITS ASSESSMENT FOR AD HOC NETWORKS

S.Kiran Kumar,

PG Scholar (Wireless and Mobile communications)

Department of ECE, Mallareddy Institute of

Engineering and Technology

RRaja Kishore

Assistant Professor

Department of ECE, Mallareddy Institute of


Abstract — In With Advancement in wireless technologies and mobile devices, Adhoc networks have become

popular in communication technology in many environments. So security is major concern, for that we

introduce the concept of trust as a relation among entities that participate in various protocols. Trust

relations are based on evidence created by the previous interactions of entities within a protocol. In this work,

we are focusing on the evaluation of trust evidence in ad hoc networks. Because of the dynamic nature of ad

hoc networks, trust evidence may be uncertain and incomplete. Also, no preestablished infra-structure can be

assumed. The evaluation process is modeled as a path problem on a directed graph, where nodes represent enti-

ties, and edges represent trust relations. We give intuitive require-ments and discuss design issues for any trust

evaluation algorithm. Using the theory of semirings, we show how two nodes can establish an indirect trust

relation without previous direct interaction.

Adhoc network of wireless nodes is a temporarily formed network, created operated and managed by

the nodes themselves. It is also often termed as infrastructure-less, self- organized or spontaneous network.

We show that our semiring framework is flexible enough to express other trust models, most notably PGP‘s

Web of Trust. Our scheme is shown to be robust in the presence of attackers.

Index Terms—Trust evaluation, trust metric, trust model, semiring.

EVALUATION OF MASSIVE COOPERATIVE SYSTEM IN COGNITIVE RADIO

NETWORK THROUGH TRANSMITTING ANTENNA

Aila Harikrishna,

PG Scholar,


Engineering

R.Rajakishore,

Assistant professor,


Engineering

ABSTRACT: Massive MIMO (multiple-input multiple-output) antenna technology will accord basic

achievement advance for cellular systems in agreement of anniversary assembly and activity potency. It's

broadly accepted that inter-user arrest may be alone with an outsized ambit of antennas because of the

asymptotical orthogonally a allotment of users already MF (Matched Filter) downlink above-mentioned is

active aural the eNodeB. Because of the superior and basic anticipation in activated situations at alone eNodeBs,

accommodating huge MIMO [CM- MIMO] wherever assorted abject stations plan calm and blazon a broadcast

antenna arrangement to serve assorted users at the aforementioned time is an adorable various. What is more,

accommodating massive MIMO may facilitate access the arrangement achievement decidedly for corpuscle

bend users attributable to the accommodating manual a allotment of adjoining cells. During this paper,

arrangement akin simulation achievement for the downlink, based aloft accepted LTE systems, provides a

assurance of the accessible abeyant arrangement achievement advance by employing CM-MIMO in

approaching (5G) cellular networks. It is approved that CM-MIMO will advance the arrangement achievement

of corpuscle bend users appreciably even admitting the corpuscle boilerplate achievement is abundantly hardly

abject or maintained acquired by the ability alterity of accustomed arresting from absolutely altered

accommodating adjoining cells.

Keywords: Cooperative Massive MIMO. Relay Cell edge system performance

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 15

ECG SIGNAL DE-NOISING TECHNIQUE USING WAVELET TRANSFORM

K Joseph,

PG Scholar,

Department of ECE, MRIET.

Email id: [email protected],

D.Magbul Basha,



Email id: [email protected]

Abstract: ECG has played an important role in diagnosis, analysis and treatment of heart diseases. In the present

times it has entered the field of Biometric authentication. Researchers have come up with conclusions that every

individual has a unique heart beat rate. Thus using this concept the ECG has entered into the Authentication

process, and also the mobile sensor industry. The mobile sensor used for capturing ECG would have a lot of

noise compared to the standard ECG equipment. In this paper we propose a system based on threshold value of

ECG signal determination using Wavelet Transform coefficients. Method presented in this paper is compared

with the Donoho's method for signal denoising meanwhile better results are obtained for ECG signals by the

proposed algorithm.

DFT-BASED CHANNEL LEAKAGE ESTIMATION IN OFDM BY USING

MINIMUM MEAN SQUARE ESTIMATOR

B.Jayander PG Scholar,

Department of ECE,

MRIET.

K Kishan Kumar, PG Scholar,

Department of ECE,

MRIET.

ABSTRACT:

For top abstracts amount advice with the appropriate Superior of Service (QoS) in 3G and 4G systems, Erect

Abundance Assay Multiplexing (OFDM) is proposed. We present a atypical detached Fourier transform (DFT)-

based access estimator for erect frequency-division multiplexing (OFDM) systems. The accepted DFT-based

estimator zeroes out noise-dominant ethics in the transform domain, which suffers from a poor achievement in

the attendance of access leakage. Some bigger estimators accept been proposed, but these estimators all focus on

abbreviation the leaked energy. We adduce to appraisal the access arising by application the fractional minimum

beggarly aboveboard absurdity (MMSE) filtering. If the access adjournment is abundantly beneath than the

continuance of an OFDM symbol, the fractional MMSE clarification can be simplified. We adduce several

bigger adaptive dispersed access admiration methods application Lp-norm normalized LMS (LP-NLMS) and

Lp-norm normalized LMS (L0-NLMS). Simulation after-effects appearance that the proposed access estimator

achieves abundant bigger achievement than accepted estimators and able-bodied approaches the MMSE

estimator. Comparing with antecedent methods, capability of the proposed methods is accepted by computer

simulations.

Carrier Frequency Offset in MIMO-OFDM Systems

Gnesh Miriyala

Assistant Professer

Département of ECE

MIRET, Hyderabad, TS, India

[email protected]

P. Satish Kumar

PG-Scholar,

Département of ECE

MIRET, Hyderabad, TS, India

[email protected]

Abstract- This paper investigates the strength of carrier frequency offset (CFO) on the show of antithetical

MIMO-OFDM schemes with valuable spectral quickness for next sensuality of temporal digital TV. We prove

that for the most part studied MIMO-OFDM schemes are for no other ears to CFO when it is preferably than 1%

of inter-carrier spacing. We disclose also that the Alamouti step by step diagram is the approaching sensitive

MIMO schema to CFO.

Keywords- MIMO-OFDM, Signal Processing for Transmission (Carrier Frequency Offset).



NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 16

Review on Spectrum Sensing and Detection Techniques for Cognitive

Radio

Nidhi Chouhan,

Research Scholar,

Dept of ECE JJTU,

Jhunjhunu, Rajasthan.

Dr.Sajal Kumar Das,

Ericson,

Modem R&D, India,

Dr. Om Prakash,

Professor,

Dept of ECE,

Sec‘bad, India.

T.Vishnu,

Assoc Prof,

Dept of ECE,

MRIET,

Sec‘bad, India

ABSTRACT—Due to the under-utilization problem of the allocated radio spectrum, Cognitive Radio (CR)

communications have recently emerged as a reliable and effective solution. Among various network models,

this survey paper focuses on the enabling techniques for interweave cognitive radio networks which have

received great attention from standards perspective due to its reliability to achieve the required Quality-of-

Service (QoS). Spectrum sensing provides the essential information to enable this interweave communications

in which primary and secondary users are not allowed to access the medium con-currently. Several researchers

have already considered various aspects to realize efficient techniques for spectrum sensing. In this direction,

this survey paper provides a detailed review of the state-of-the-art related to the application of spectrum sensing

in CR communications. Starting with the basic principles and the main features of interweave communications,

the paper provides a classification of the main approaches based on the radio parameters. Subsequently, we

review the existing spectrum sensing works applied to different categories such as narrowband sensing,

narrowband spectrum monitoring, wideband sensing, cooperative sensing, practical implementation

considerations for various techniques, and the recent standards that rely on the interweave network model.

Furthermore, we present the latest advances related to the implementation of the legacy spectrum sensing

approaches. Finally, we conclude this survey paper with some suggested open research challenges and future

directions for the cognitive radio networks in next generation Internet-of-Things (IoT) applications.

INDEX TERMS—Cognitive radio, compressive sensing, narrow-band sensing, spectrum sensing, spectrum

monitoring, wideband sensing

Optimal Routing For Wireless Networks

B Shravan Reddy ,

PG Scholar,


Engineering


G Rajinikanth Reddy

PG Scholar


Engineering


ABSTRACT

Wireless sensor networks (WSN) are becoming increasingly important in recent years due to their ability to

detect and convey real-time in-situ scenes for many civil and military applications. A major technical challenge

for a wireless sensor network lies in the energy constraint at each node, which poses a fundamental limit on the

network lifetime. The Ad-Hoc On-demand Distance Vector (AODV) routing protocol is one of several

published routing protocols for mobile ad-hoc networking. This routing protocol is currently an area of much

research among the networking community. In this project the AODV protocol is chosen to implement energy

aware optimal routing for mobile wireless sensor network in Global Mobile Information System Simulator

(GLOMOSIM).To determine the optimal routing, the AODV protocol is suitably modified to choose the

shortest path between the source and destination, which consumes less energy. Also tuning the transmitter

energy based on distance between the two nodes is carried out to conserve the energy between the nodes. The

performance of such a modified AODV is compared with the conventional AODV in terms of energy

consumption per packet, average energy consumption of node and the throughput by using GloMoSim-2.03. It

is observed that, in modified AODV the energy consumption per packet and the average energy consumption of

the nodes are approximately 20% less compared to the conventional AODV.

Key words: WSN, Energy, Routing, Ad-Hoc Networks, AODV

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 17

Cognitive Radio Networks for Conglomerate users

In OFDM Systems with Channel and Power Transformation

G.Ashwini, PG Scholar

M.Tech (Wireless and Mobile Communications)

Department of ECE MRIET.,

V.Sindhuja PG Scholar

M.Tech (Wireless and Mobile Communications)

Department of ECE MRIET.,

Abstract— In this paper, we investigate joint power and channel allocation problem for the orthogonal

frequency-division multiplexing (OFDM) based multi-user cognitive radio systems with quality-of-service

(QoS) in terms of signal-to-interference-plus-noise ratio (SINR) and proportional rate constraints. The QoS

requirement of each cognitive radio user imposed by its minimum SINR and interference introduced by

unlicensed secondary users to primary users make power and channel allocation problem more complex. We

present a formal analysis for a proposed approach and illustrate the approach with numerical results obtained

from simulations.

BEAMFORMING TECHNIQUE USING FIRST ORDER AND SECOND ORDER

MOVEMENTS IN WIRELESS COMMUNICATIONS

ANITHA,

PG Scholar, Department of ECE,

MRIET.


HOD, Dept of ECE,

[email protected]

ABSTRACT

Consider a wireless network with densely deployed user devices (e.g., a device-to-device or wireless sensor

network) underlaying a cellular system, in which some user devices act as relays to facilitate data

transmissions between a dis- tant transceiver pair under imperfect channel information. Motivated by the

observation that most of the channel distributions are unimodal, we formulate a novel distributionally robust

beamforming problem, in which the random channel coefficient follows a class of unimodal distribution with

known first- and second-order moments. Our design objective is to maximize the worst-case signal-to-

noise ratio (SNR) at the dedicated user device while satisfying a prob- abilistic interference constraint at the

cellular user equipment (CUE). Though such a unimodal distributionally robust (UDR) beamforming

problem is non-convex, we show that an approximate solution can be computed efficiently using semidefinite

programming. Our simulation results show that under mild conditions, the UDR model yields significant

beamforming performance improvement over conventional robust models that merely rely on first- and

second- order moments of the channel distribution.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 18

HD IMAGE PROCESSING (HDIP)

M.Anjaneyulu,

[email protected]

Durgam Bharathi

[email protected]

Abstract--The HD Image Processing (HDIP) is one of the most popular, rising research area of digital image

processing. Most of the available image search tools, such as Google Image search, are based on textual

annotation of images. At present images are retrieved using text-based search methods but the goal of HDIP is

to extract visual content of image automatically, like color, shape. The existing method helps to design and

implement a task, which handles the information gap between a sketch and colored image, making an

opportunity for efficient search. The transformed full color image and the sketch can be compared. This

technology can be used in several applications such as digital libraries,crime prevention, photo sharing site.

Such a system has great value in apprehending suspects and indentifying victims in forensic sketech to a gallery

of mug shot images. The area of retrieve images based on the visual content of the query picture intensified

recently, which demands on the quite wide methodology spectrum on the area of the image processing.

Keywords—Image Processing, HDIP,HD Image

TRANSMISSION OF COMPRESSED VIDEO STREAMING IN WIRELESS

MULTIMEDIA SENSOR NETWORKS

Dr.M.Ashok,

Professor,

Dept.of CSE

A.Ravi Kumar

Assoc.Prof. & HOD, Dept of CSE,

Sri Sai Jyothi Engineering College, India.

Abstract:--This Article Presents The Design Of Continuous Video Streaming Compression Of A Networked

System For Joint Compression, Error Detection And For Error Correction. Video Compression Applications Are

Becoming More Popular Over Wireless Multimedia Sensor Networks. To Save Energy In Bit Transmissions

And Receptions Over A Video Sensor Network, The Video File Contents Need To Be Encoded Packet By

Packet Before Its Transmission Over Network. The Quality At The Receiver Side Can Be Maximized By

Designing The Cross Layer System. The Transmission Rate And Encoding Rate Can Be Controlled By The

Cross Layer System. The Fairness Of The Received Video Quality Can Be Developed By The Rate Controller.

Instead, An Adaptive Parity Scheme That Drops Samples In Error Is Proposed And Shown To Improve Video

Quality. Finally A Low Complexity, Adaptive Video Encoder, Is Proposed That Performs Low Complexity

Motion Estimation On Sensors And Implemented To Further Optimize Energy Consumption., Thus Greatly

Reducing The Amount Of Data To Be Transmitted And Video File Can Be Decompressed.

Keywords: Compression, Congestion Control, Multimedia, Rate Controller, Streaming, Sensor Networks

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 19

DESTRUCTIVE SOFTWARE TESTING: A NEW TESTING PARADIGM

M. Nagendra Rao

Assistant Professor, Dept. of CSE, Mallareddy

Institute of Engineering and Technology,

Hyderabad.

B. Avinash

[email protected]

Assistant Professor, Dept. of CSE, Mallareddy


Hyderabad. [email protected]

Abstract

Traditional software testing analyzed to see if a software product meets its specifications. This generally

involves testing to check if the software performs all the functions called for in the Software Requirements

Specifications (SRS). In contrast, this work-in-progress paper proposes a testing paradigm that does not have

this objective. The proposed testing paradigm tests to see if a software product exhibits proper behavior when

subject to improper usage or improper input. For lack of a more descriptive name and in compliance with

similar testing performed on hardware systems, the new paradigm is called ―destructive testing‖. As presented in

this paper, destructive testing does not replace conventional testing, rather destructive testing supplements

conventional testing (calls for additional testing beyond conventional testing).

The paper discusses other uses of the term ―destructive testing‖ as applied to software systems. Conventional

testing techniques are ranked based on applicability to destructive testing. Techniques of incorporating

destructive testing requirements into the SRS are proposed, the need and rational for destructive testing is

discussed, and ongoing and future work in destructive testing is outlined.

Keywords: software, engineering, testing, destructive

IMPROVING CONFIDENTIALITY, INTEGRITY, AVAILABILITY,

AUTHENTICITY, AND PRIVACY ISSUES IN INFRASTRUCTURE AS A SERVICE

Mekala Bhaskar Asst.prof ,jntuh Garlapadu Anil,Asst.Prof,Jntuh

Abstract— Cloud computing is current buzzword in the market. It is paradigm in which the resources can be

leveraged on per use basis thus reducing the cost and complexity of service providers. Cloud computing

promises to cut operational and capital costs and more importantly let IT departments focus on strategic projects

instead of keeping datacenters running. It is much more than simple internet. It is a construct that allows user to

access applications that actually reside at location other than user‘s own computer or other Internet-connected

devices. There are numerous benefits of this construct. For instance other company hosts user application. This

implies that they handle cost of servers, they manage software updates and depending on the contract user pays

less i.e. for the service only. Confidentiality, Integrity, Availability, Authenticity, and Privacy are essential

concerns for both Cloud providers and consumers as well. Infrastructure as a Service (IaaS) serves as the

foundation layer for the other delivery models, and a lack of security in this layer will certainly affect the other

delivery models, i.e., PaaS, and SaaS that are built upon IaaS layer. Service Level

Agreement should be considered very much importance.

Keywords— Computing, Cloud Computing Security , Service Level Agreement (SLA), Infrastructure as a

Service (SaaS) .

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 20

SECURE AUTHORIZED DEDUPLICATION & DATA SECURITY ON CLOUD

USING RELIABLE & EFFICIENT HYBRID CLOUD APPROACH

MACHA.GANESH KUMAR,

Asst.Prof, Dept. Of CSE, Malla Reddy Institute of

Engg. & Tech., Hyd,

[email protected],

+919666667957.

GIRAGANI.NAGESHWAR,

Asst.Prof, Dept. Of CSE, Malla Reddy Institute of

Engg. & Tech., Hyd,

[email protected],

+919553255325

Abstract: Data deduplication is one of important data compression techniques for eliminating duplicate copies

of repeating data, and has been widely used in cloud storage to reduce the amount of storage space and save

bandwidth. To protect the confidentiality of sensitive data while supporting deduplication, the convergent

encryption technique has been proposed to encrypt the data before outsourcing. Different from traditional

deduplication systems, the differential privileges of users are further considered in duplicate check besides the

data itself. We also present several new deduplication constructions supporting authorized duplicate check in

hybrid cloud architecture.

To better protect data security, this paper makes the first attempt to formally address the problem of authorized

data deduplication. Security analysis demonstrates that our scheme is secure in terms of the definitions specified

in the proposed security model. As a proof of concept, we implement a prototype of our proposed authorized

duplicate check scheme and conduct testbed experiments using our prototype. We show that our proposed

authorized duplicate check scheme incurs minimal overhead compared to normal operations.

Keywords: Deduplication, authorized duplicate check, confidentiality, hybrid cloud.

SIGNIFICANTLY REDUCE THE COMPUTATION TIME AND

COMMUNICATION COST ON THE SERVERS IN CLOUD COMPUTING

A.B.HARIKA B.RAMBABU

Abstract: Due to the rapid development of cloud computing and the increase in Cloud Service providers (CSP),

data outsourcing has become a trend in recent years. This enables the data owner does not need to update his

data. However, it demands security to be sustained for the consumer to trust the service providers. In the

proposed work, the data keep within the cloud is encrypted using the hash function symmetric key ciphering

approach beside the novel Map-Based obvious Multi-Copy Dynamic data Possession (MB-PMDDP) scheme. It

is the most secure technique that uses the key size of 448 bits. The Message Authentication Code and also the

secure hash rule are applied to verify the data integrity of the system. The data owner need not update each

copy, instead data in his cloud will alone be updated .Once the data is updated, and then the Mac code

additionally gets updated. The access to data is provided upon requests and corresponding permission from the

data owner. The performance analysis of the proposed method is compared with that of advanced encryption

standard (AES). The analysis showed improved security and integrity.

Keywords: Cloud Computing, Data Security, Multi copy Storage, Data Integrity.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 21

IMPORTING DATA FROM MYSQL TO HADOOP USING SQOOP

Kandi jyothsna Reddy, MRIET,

Computer Science&Engineering

[email protected]

Patel Sabitha,MRIET,

Computer Science &Engineering

[email protected]

Abstract. Now-a-days, there is dramatically change in the generation of computerized data, data-sizes are

increased from terabytes to petabytes which results into unstructured data generation. Maintaining the large size

of data, processing the data, transforming the data, and sending data from one host to another host is big

problem. To overcome these issues, concept of Hadoop is used which is open source distributed computing

framework based on java and supports large set of distributed data processing. But in Hadoop Distributed File

System, Master Name node Failure affects the performance of the Hadoop Cluster. Proposed system presents a

Scenario to overcome this failure by selecting new recovery name node with less amount of time which will

replicate the data from Name node on the other Data node so that the availability of the metadata is increases

and also Decreases the loss and delay of data.

Keywords: Hadoop, HDFS, Master Name node, Name node, Data node.

BFC-IMPROVING STORAGE MECHANISM OF BIG FILES IN CLOUD BY

DESIGNING LIGHT WEIGHT METADATA

M.KALPANA P.SANTHOSH

Abstract: In these days, Cloud-based storage services are becoming an emerging trend in the field of big data

storage. Presently there are many various problems when designing an efficient storage for cloud-based systems

with some of requirements such as a big-file processing, a lightweight meta-data, low latency, a parallel I/O, de-

duplication, and high scalability. The Key value stores have an important role and have several advantages when

solving those problems. In this paper we introduce A Scalable and Distributed Big File Cloud Storage to solve

most of the problems in big - file cloud storage. We will do this by proposing the less-complicated and fixed

metadata design, that allows quick and highly-concurrent, distributed file I/O, and a simple de-duplication

method for unchanged data. The results can be utilized for building scalable and distributed storage of cloud

data that support a big-file storage with size up to several terabytes.

Keywords: Cloud Based Storage, Key-Value Store, Distributed Storage System.

BIG DATA ANALYTICS: A REVIEW

K.Kalpana,

Asst. professor,

Dept. of CSE, MRIET,

Hyderabad

B.Deepthi,

Asst.professor,

Dept. of CSE, MRIET,

Hyderabad

Abstract. In the information era, enormous amounts of data have become available on hand to decision makers.

Big data refers to datasets that are not only big, but also high in variety and velocity, which makes them difficult

to handle using traditional tools and techniques. Due to the rapid growth of such data, solutions need to be

studied and provided in order to handle and extract value and knowledge from these datasets. Furthermore,

decision makers need to be able to gain valuable insights from such varied and rapidly changing data, ranging

from daily transactions to customer interactions and social network data. Such value can be provided using big

data analytics, which is the application of advanced analytics techniques on big data. This paper aims to analyze

some of the different analytics methods and tools which can be applied to big data, as well as the opportunities

provided by the application of big data analytics in various decision domains.

Keywords: big data, data mining, analytics, decision making.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 22

SHAPE CLASSIFIERS FOR TEXTURE DISCRIMINATION

Dr. P. Kiran Kumar Reddy


[email protected]

Riyaz Shaik


ABSTRACT

The uniform LBP (ULBP) derived from LBP contains the fundamental properties of texture. The Uniform LBP

(ULBP) contains 0 or 2 transitions from 0 to 1 or 1 to 0. There are 59 ULBP‘s on a 3×3 neighborhood LBP. The

present paper sub divided the ULBP into micro-level shape descriptors by combining several different ULBP

codes into one. Based on these ULBP shapes the present paper classified the textures. The present paper

computed the histogram of the derived ULBP shape features on different textures and subsequently evaluated

the prominent shape features which classify the stone group textures with sand textures. The results are

compared with histograms of ULBP and Non-ULBP (N-ULBP).

Keywords: Shape Features, Rotational Invariant, Histogram, Local Characteristics, Fundamental Properties.

SUPPORTING SECURE FILE-LEVEL AND BLOCK-LEVEL DATA DE-

DUPLICATION IN CLOUD COMPUTING

B.LAXMI KANTHA,

Asst Prof Dept of CSE,

Malla Reddy Institute of Engineering &

Technology,

Maisammaguda,Telangana, India.

B.SWAROOPA



Technology,

Maisammaguda,Telangana, India

.

Abstract: Nowadays data reliability is very critical issue in a de-duplication storage system because it has only

one copy for every file keep in the server is shared by owners. Encryption mechanism has been used to protect

the confidentiality before outsourcing the data into the cloud. To enhance the storage performance in cloud,

need to eliminate the duplicate copies of the data. But cloud consists of one copy for every file stored in cloud

and those are owned by several users. Hence it uses the de-duplication technique to eliminate the duplicate

copies of the data and improves the storage utilization and provides the privacy for the sensitive data when the

users outsourced the data in cloud. This paper formalizes the notion of reliable de-duplication system. We

propose new de-duplication system with higher reliability where the data chunks are distributed across multiple

cloud servers. Hence it uses the secret sharing file level and blocks level of data de-duplication with file

compression, implemented an equivalent in the proposed system and demonstrated in a realistic environments.

Keywords: Secret Sharing, De-duplication Storage, File Level De-duplication System, Block Level De-

duplication System, and De-duplication system with Tag Consistency

REVIEW OF LOAD BALANCING TYPES AND IMPROVE EFFICIENCY IN LOAD

BALANCING IN A CLOUD COMPUTING

A.MAHENDAR

Assist professor,

[email protected]

N NARESH REDDY

Assist professor.

[email protected]

Abstract— One of the primary issues in cloud computing is implementation of a novel load balancing

approach. The demanding thirst for optimal performance of the system is creating research interest in this area.

Many Load Balancing algorithms that aim to enhance the overall system performance have been

proposed. In this paper, we survey a special group of Load balancing algorithms that have taken

inspiration from nature. We provide an overview of the current trends in the field by discussing and

comparing these algorithms.

Keywords- Cloud computing, Load balancing, swarm Intelligence

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 23

PERFORMANCE ANALYSIS: PROCESS MINING AS IN EDUCATION

Chintalapudi Nalini



Technology,


V Roja



Technology,


Abstract: In the educational domain, process mining has been used in different case studies, with

promising results. To gain structural learning approaches among the courses, universities are tried to

streamline their processes. For this reason, it is essential to take into consideration for an accurate view of the

courses with prerequisites. Nevertheless, few works have tended to process mining as connected in educational

world. These frameworks have a specific method for recording activities which brings about an unclear display

of organizational process in event logs. Such recording of activities defiantly contrasts the results generated by

BPMN and work flow systems, whereas systematic storage of such event logs enforces using process

mining techniques. As of this, the main objectives of the this project are: (I) to improve the usage and

understanding of process mining by developing a methodology for its application in student prerequisites

among the university courses and (II) to detail, in terms of specific tools (e.g. Prom), the implementation of

such methodology.

Key words: Process mining, Pre-requisites, Process discovery, Event logs, Process Conformance, process

mining methodology, Prom.

UNDERSTANDING DATA SCIENCE: A SURVEY

Dr.Muhammad AshfaKul Hasan,

Professor (C.S.E), Malla Reddy Institute of

Engineering & Technology,Dhulapally,

Secundrabad

E.Sagar,

Assistant Professor (C.S.E),Malla Reddy Institute

of Engineering & Technology,Dhulapally,

Secundrabad

ABSTRACT

A huge amount of data producing across the world has been increasing rapidly and will continue to grow at a

fast rate for the estimated future. Till now structured data has been stored and analyzed, but the huge amount of

data which has been comes from different sources of the internet is unstructured. If the analysis can be done on

the unstructured data will give the better results to take more accurate results for improving any field where the

data will be main source of business.

Index Terms—Data Science, Machine Learning , Domain Expertise , Data Processing.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 24

DOUBLE-QUALITY-GUARANTEED (DQG) RENTING SCHEME IN CLOUD

COMPUTING

G. NAGAPPA,

Assoc Prof, Dept of CSE,

Malla Reddy Institute of Engineering

&Technology,

Maisammaguda, Secunderabad 500100

E-mail: [email protected].

R.Sampathi Reddy

Assoc Prof, Dept of CSE

Malla Reddy Institute of Engineering

&Technology,

Maisammaguda, Secunderabad 500100

E-mail: [email protected]

Abstract: Cloud computing is rapidly becoming an effective and efficient way for computing resources. Cloud

computing delivers hosted services across the Internet by centralized management for resources and services.

Cloud computing is capable of providing the most cost-effective and energy-efficient way for computing

resources management. By using the pay-peruse pricing model the cloud computing will turn the information

technology into an ordinary commodities and utilities. Profit is regarded as most important factor obtained from

the point of view of cloud service providers‘ and it is especially determined by the configuration for a cloud

service platform under the given market demand. Usually, a single long-term renting scheme is used for

configuring a cloud platform that cannot guarantee the quality of service but it may lead to serious resource

waste. In this paper, firstly a double resource renting scheme is designed in which short-term renting and long-

term renting were combined by aiming at the issues of existing one.

Keywords: DQG, SQU.

BALANCING LOAD FOR SHARED SYSTEM IN CLOUDS

Praveen kuma rgera,

Assist Professor, Dept of CSE, Malla Reddy


[email protected]

R. Ravi

Assist Professor, Dept of CSE, Malla Reddy


[email protected]

Abstract:

A fully distributed load equalization algorithm is presented to upset the load imbalance draw back. Our

algorithm is compared against a centralized approach terribly} very production system and a competitive

distributed answer presented at intervals the literature. The simulation results indicate that our proposal is

comparable the current centralized approach and considerably outperforms the previous distributed algorithm in

terms of load imbalance issue, movement worth, and algorithmic overhead. The performance of our proposal

implemented at intervals the distributed classification system is additional investigated terribly} very cluster

surroundings.

Key Words: Load balancing, centralized approach, Load imbalance.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 25

FEATURE EXTRACTION APPROACH USED FOR NUMERICAL CHARACTER

RECOGNITION USING ZONING DISTANCE

K. Rajiv

Computer Science & Engineering Department ,MRIET

Hyderabad, India

[email protected]

Abstract— Advancements of Computer technology has made every organization to implement the automatic

processing systems for its activities. One of the examples is the recognition of handwritten characters, which has

always been a challenging task in image processing and pattern recognition. In this paper we propose Zone

based features for recognition of the handwritten characters. In this zoning approach a digit image is divided

into 8x8 zones and centre pixel is computed for each zone. This procedure is sequentially repeated for entire

zone. Finally features are extracted for classification and recognition.

Keyword- Image processing, multi-zoning, pattern recognition, handwritten characters

SECURING IMAGES UPLOADED BY USER OVER SOCIAL MEDIA USING PPP

FRAMEWORK

S.Prabhaj,

Professor/CSE, Malla Reddy

Institute of Engineering and

Technology

K.Balachandrudu,


Institute of Engineering and

Technology,

D.Sumathi,


College of Engineering

Abstract—Social media has attracted vast number of users to share their personal information with other users.

Privacy becomes a major problem since the information might be shared by ‗n‘ number of users. An Adaptive

Privacy Policy Prediction framework has been devised in order to provide security to the information. The

framework helps the users to create security measures for the information shared through the social sites. User‘s

privacy preferences such as the role of image, image‘s metadata are considered as the measures. A policy

prediction technique has been generated in order to automatically upload the user images. In addition to this, an

image classification framework is used for association of images with similar policies. The main objective of

this paper is to provide a substantial method for privacy policy recommendations in order to improve the

security of the shared information in the social sites.

Index Terms—privacy policy prediction, social media, A3P framework, policy mining.

WIRELESS NETWORKS- LOAD BALANCING TECHNIQUES

Swarnanjali.P, Assistant Professor, Dept. of CSE,

Malla Reedy Inst. of Engineering & Tech.,

Hyderabad,TS, INDIA.

Swetha.B Assistant Professor, Dept. of CSE, Malla

Reedy Inst. of Engineering & Tech., Hyderabad,

TS, INDIA.

Abstract

Load balancing is a crucial problem in mobile ad hoc networks. Many conventional routing protocols that are

developed are not having functionality of coping up load balancing. Hence several kinds of approaches are

followed in the design and development of load balancing routing protocols. This paper aims to survey research

articles pertaining to load balancing research problem in mobile ad hoc networks. Here various approaches are

taken into account and literatures' key ideas are presented.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 26

SECURE E-TRANSACTION USING BPCS STEGANOGRAPHY AND 2-OUT-2

VISUAL CRYPTOGRAPHY

P.Lakshmi Shailaja, Asst.Professor, Department of

CSE Malla Reddy Institute of Engineering &

Technology

Supriya Macharla, Asst.Professor, Department of

CSE, Malla Reddy Institute of Engineering &

Technology

ABSTRACT:-- A high-speed prosperity in E-Commerce market has been witnessed in recent time throughout

the world. With ever increasing popularity of online shopping, Debit or Credit card fraud and personal

information security are major concerns for customers, merchants and banks. The main motive of this project is

to provide high level security in E-Commerce applications and online shopping. This project minimizes detailed

information sharing between consumer and online merchant but enable successful fund transfer thereby

safeguarding consumer information and preventing misuse of information at merchant‘s side. This is achieved

by the introduction of Central Certified Authority (CA) and combined application of Steganography, Visual

Cryptography and Digital Signature for this purpose.

KEYWORDS: -- E-Commerce, Online Shopping, Identity Theft, Phishing, Steganography, Visual

Cryptography, Digital Signature

DATA STORAGE, DATA ACCESS EFFICIENTLY AND SPEEDILY IN DATA

MINING WITH SECURITY

T.S.S. N Shama, Asst.Prof,

Dept. of CSE,

Malla Reedy Inst. of Engineering & Tech.

B. Sunil, Asst.Prof

Dept. of CSE,

Malla Reedy Inst. of Engineering & Tech

Abstract— In new era the information and data communication technologies are highly used in the Business

Industry. The data warehouse is used in the significant business value by improving the effectiveness of

managerial decision-making. Naturally such a process may open up new assumption dimensions, detect new

invasion patterns, and raises new data security problems. Recent developments in information technology have

enabled collection and processing of enormous amount of personal data, such as criminal records, shopping

habits, banking, credit and medical history, and driving records. This information is undoubtedly very useful in

many areas, including medical research, law enforcement and national security. Data Storage, data access

efficiently and speedily is not only the key for competitiveness but the date security and privacy is important

and is the new research challenges for Researchers as well as for any business industry.

Keywords-component Database mining, Database security, Data Privacy, Data Warehouse, Data mining cycle.

THIRD HARMONIC INJECTION PWM CONTROL METHOD OF THREE LEVEL

MULTILEVEL INVERTER WITH VARIOUS MODULATION INDEX

Dr D Srinivas, Professor,

EEE Department, MRIET

CH.Sandhya, Assistant Professor,

EEE Department, MRIET

Abstract

Because of their capacity to orchestrate waveforms with better symphonious range and achieve higher voltages,

multi-level inverters are accepting expanding consideration in the previous couple of years. The multilevel

inverter was acquainted as an answer with increment the converter working voltage over the voltage furthest

reaches of traditional semiconductors. In this paper, a Diode Clamped Multilevel Inverter is controlled with

Sinusoidal PWM, Third Harmonic Injection PWM and Sixty degrees PWM and the variety of Total Harmonic

Distortion in their yields are watched. Additionally, a Diode Clamped inverter is controlled by Sinusoidal PWM

strategy and by fluctuating the adjustment record, variety of Total Harmonic Distortion is watched

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 27

APPLICATION OF DATA MINING TECHNIQUES IN BANKING SECTOR TO

IMPROVE THE CORE BUSINESS PROCESS

P.Santhuja, Asst.Prof,

Dept. of CSE,

Malla Reedy Inst. of Engineering & Tech.

G Vandhana Asst.Prof,

Dept. of CSE,

Malla Reedy Inst. of Engineering & Tech

Abstract— Significant shifts in the business environment, economic volatility, changing customer and staff

expectations, and the adoption of new technology make it increasingly challenging for banks to navigate

technology strategy alternatives and prioritize technology investments. The banking industry around the world

has undergone a tremendous change in the way business is conducted. Leading banks are using Data Mining

(DM) tools for customer segmentation and profitability, credit scoring and approval, predicting payment default,

marketing, detecting fraudulent transactions, etc. This paper provides an overview of the concept of Data

Mining.

Data might be one of the most valuable assets of any corporation, but only if it knows how to reveal valuable

knowledge hidden in raw data. Data mining allows extracting diamonds of knowledge from the historical data,

and predicting outcomes of future situations. It helps optimize business decisions, increase the value of each

customer and communication, and improve customer satisfaction. Data mining is the process of extracting

previously unknown information, typically in the form of patterns and associations, from large databases.

Today, organizations are realizing the numerous advantages that come with data mining. It is a valuable tool, by

identifying potentially useful information from the large amounts of data collected. An organization can gain a

clear advantage over its competitors.

The banking sector consists of public sector, private sector and foreign banks, apart from smaller regional and

cooperative banks. In the market, various IT-based banking products, services and solutions are available. The

most common of them are Phone Banking; ATM facility; Credit, Debit and Smart Cards; Internet Banking &

Mobile Banking; SWIFT Network & INFINET Network; connectivity of bank branches to facilitate anywhere

banking.

Index Terms— Credit Card, Debit Card, INFINET Network Internet Banking, Phone Banking, Smart Card,

SWIFT Network.

ANALYSIS OF INDUCTION MOTOR PERFORMANCE IN ELECTRIC VEHICLE

WITH HYBRID PWM-RESONANT CONVERTER

Dr.K.Hanumaji Asst.Proffesor,

HOD, EEE Dept, MRIET.

Atul Sharma PG Scholar,

EEE Dept, MRIET.

Abstract—

In this paper we introduce an induction motor connected to a self controlled single phase inverter

connected to a high power battery. The battery is charged using a hybrid PWM resonant converter. While the

proposed converter has all the benefits of the earlier developed hybrid converters for OBCs, the proposed

converter has fewer components and achieves much lower voltage stress in the rectifying diodes compared to

the earlier hybrid converters. As a result, it is possible to employ superior diodes such as Schottky barrier diodes

below 300 V featuring low forward-voltage drop and better reverse-recovery for EV 3.3-kWOBCapplications.

In addition, the proposed converter achieves much better transformer utilization compared to the earlier hybrid

converters. Due to this, the proposed converter can achieve more optimal efficiency over the overall battery

charging profile. The converter is designed in MATLAB simulink software with characteristic graphs of

induction machine with respect to time.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 28

CONTROL OF POWER FLOW USING A UNIFIED POWER FLOW CONTROLLER

(UPFC)

Thumma Saritha Kumari, Associate Professor,

Electrical and Electronics Engineering,


Technology

M.Chiranjeevi, Assistant Professor,

Electrical and Electronics Engineering,


Technology

ABSTRACT

Power electronics and other static controllers are making a major impact on future power systems through

application in transmission, distribution, and small generation. Applications in transmission and distribution

include HVDC, FACTS and Custom Power. "The Flexible AC Transmission Systems (FACTS) -- a new

technology based on power electronics -- offers an opportunity to enhance controllability, stability, and power

transfer capability of AC transmission systems." In this project the control of power flow in a transmission

system using a FACTS controller UPFC is understood. Second, the operation of UPFC using a control system

which is based on d-q axis theory is also studied. Finally load flow results and modeling of a power system in

MATLAB, and by installing UPFC in transmission link, its use as power flow controller is seen.

COMPARISON OF ANALYSIS OF DIFFERENT CONTROLLER FOR REAL AND

REACTIVE POWER COORDINATION OF UPFC

Ms. B.Swapna,


Dept of EEE, MRIET

Mr K.Tirupathi Rao,


Dept of EEE, MRIET

ABSTRACT

This paper proposes a new real and reactive power coordination controller for a unified power flow controller

(UPFC). The basic control for the UPFC is such that the series converter of the UPFC controls the transmission

line real/reactive power flow and the shunt converter of the UPFC controls the UPFC bus voltage/shunt reactive

power and the DC link capacitor voltage. In steady state, the real power demand of the series converter is

supplied by the shunt converter of the UPFC. To avoid instability/loss of DC link capacitor voltage during

transient conditions, a new real power coordination controller has been designed. The need for reactive power

coordination controller for UPFC arises from the fact that excessive bus voltage (the bus to which the shunt

converter is connected) excursions occur during reactive power transfers. A new reactive power coordination

controller has been designed to limit excessive voltage excursions during reactive power transfers. MATLAB-

SIMULINK simulation results have been presented to show the improvement in the performance of the UPFC

control with the proposed real power and reactive power coordination controller

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 29

ENHANCEMENT OF POWER FACTOR BY USING EFFICIENT POWER

ELECTRONIC FLY BACK CONVERTER EQUIPMENT

K.CHIRANJEEVI, Associate professor

E.E.E, MRIET

M.SPANDANA, Assistant professor

E.E.E, MRIET

ABSTRACT

New innovations and future standards have increased the interest in power factor improvement circuits. In the

proposed circuit, the power factor is improved by using an auxiliary winding coupled to the transformer of a

cascade DC/DC fly back converter. The auxiliary winding is placed between the input rectifier and the low-

frequency filter capacitor to serve as a magnetic switch to drive an input inductor. The proposed approach is

primarily based on the concept of inductive effect, from which PFC cells composed of energy buffers and high-

frequency signals are introduced. Since the DC/DC fly back converter is operated at high-switching frequency,

the auxiliary windings produce a high frequency pulsating source such that the input current conduction angle is

significantly lengthened and the input current harmonics is reduced. There are multiple solutions in which line

current is sinusoidal. In addition, in the recent years, a great number of circuits have been proposed with non

sinusoidal line current. Properly selecting an eligible PFC cell and inserting it in between input rectifier and dc-

link capacitor can yield an SSC which can improve the input power factor significantly.

A COMPARATIVE STUDY OF CONTROL TECHNIQUES FOR PWM

RECTIFIERS IN AC ADJUSTABLE SPEED DRIVES

S.Md.Mazhar-ul-Haq,


EEE Dept, MRIET.

S.Naveed Ahmad,


EEE Dept, MRIET

.

ABSTRACT

Four control techniques for pulse-width modulation (PWM) rectifiers in ac adjustable speed drives are

presented. In particular, the so-called virtual-flux oriented control (VFOC) and virtual-flux based direct power

control (VF-DPC) schemes are de-scribed and compared with their voltage based counterparts. These are the

voltage oriented control (VOC) and voltage-based direct power control (V-DPC) techniques. Theoretical

background is pro-vided, and results of computer simulations and laboratory experiments are given,

documenting advantages and disadvantages of the individual control strategies.

ROTATING SWITCHING SURFACE CONTROL OF SERIES RESONANT

CONVERTER BASED ON A PIECE WISE AFFINE MODE

P.JHANSI RANI, Assistant Professor,

EEE, MRIET

Vara Prasad, Assistant Professor,

EEE, MRIET

ABSTRACT

In this project, the control signal of the series-resonant converter is considered as a slope of a switching surface.

The output characteristic of the converter, for an ideal case and above the resonant frequency, is achieved based

on the slope of the switching surface. This output characteristic leads us to find the related slope for a specific

converter gain. Nonlinear state equations of the series-resonant converter with new control input are represented

in widely used class of hybrid systems that have been called piecewise affine systems. Considering the effects of

the slope variations in the switching surface, a simple and efficient control law is achieved.

The main advantage of the proposed method is that, it is more beneficial in high-frequency applications.

Simulation results confirm our theoretical investigations

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 30

POWER QUALITY IMPROVEMENT OF GRID CONNECTED INDUCTION

GENERATOR IN WIND ENERGY SYSTEM USING STATCOM

P. Malathi, Assistant Professor,

Dept. of EEE, MRIET

B. Chandra Shekar, Assistant Professor,

Dept. of EEE, MRIET

ABSTRACT- Due to large power demand and environmental issues, electrical power generation from

renewable energy sources is receiving more attention. The generated power from renewable energy source is

always fluctuating due to environmental conditions. Wind energy generation systems are being integrated to

power networks worldwide in increasing numbers. The wind power injection in to an electric grid affects the

power quality due to fluctuation nature of wind. The power system is therefore facing new challenges due to

intermittent nature of input source. One of these problems is voltage stability in wind farms equipped with

squirrel cage based induction generators. Flexible AC Transmission System (FACTS) devices can be used for

this problem. This paper, investigates the Static Synchronous Compensator (STATCOM) application to achieve

continuous operation of wind turbine equipped with cage based induction generators during grid faults. The

simulation has been done in MATLAB/Simulink framework. It is shown that a Static Synchronous Compensator

(STATCOM) enhances voltage profile of power grid containing induction generator based wind farm.

ROTATING SWITCHING SURFACE CONTROL OF SERIES RESONANT

CONVERTER BASED ON A PIECE WISE AFFINE MODE

P.JHANSI RANI, Assistant Professor,

EEE, MRIET

Vara Prasad, Assistant Professor,

EEE, MRIET

ABSTRACT

In this project, the control signal of the series-resonant converter is considered as a slope of a switching surface.

The output characteristic of the converter, for an ideal case and above the resonant frequency, is achieved based

on the slope of the switching surface. This output characteristic leads us to find the related slope for a specific

converter gain. Nonlinear state equations of the series-resonant converter with new control input are represented

in widely used class of hybrid systems that have been called piecewise affine systems. Considering the effects of

the slope variations in the switching surface, a simple and efficient control law is achieved.

The main advantage of the proposed method is that, it is more beneficial in high-frequency applications.

Simulation results confirm our theoretical investigations.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 31

SELF-TUNING OF THE PID CONTROLLER FOR A DIGITAL EXCITATION

CONTROL SYSTEM

S.Anusha , Assistant Professor,

Dept Of EEE, MRIET

Laxmi Narayana, Assistant Professor,

Dept Of EEE, MRIET

ABSTRACT

This project proposes an indirect method for self-tuning of the PID controller gains. Some of the modern voltage

regulator systems are utilizing the Proportional, Integral, and Derivative (PID) control for stabilization. Based

on given excitation system parameters, several PID tuning approaches are reported. Since in general, these

parameters are not available during commissioning, specifically the machine time constants, this lack of

information causes a considerable time delay and cost of fuel usage for commissioning the automatic voltage

regulator (AVR). To reduce the commissioning time and cost, the excitation system parameters are utomatically

identified and the PID gains are calculated using well-developed algorithms. Recursive Least Square (RLS) with

linearization via feedback is proposed to identify the system parameters. The performance of the proposed

method is evaluated with several generator sets. With self-tuned PID gains, commissioning is accomplished

very quickly with excellent performance results.

OPTIMAL VOLTAGE REGULATOR PLACEMENT IN A RADIAL DISTRIBUTION

SYSTEM USING FUZZY LOGIC

Ajid Pasha , Assistant Professor,

Department of EEE, MRIET

M. Mounika, Assistant Professor,


ABSTRACT

The operation and planning studies of a distribution system require a steady state condition of the system for

various load demands. Voltage has always been considered as an integral part of the power system response.

There are several factors which contribute to voltage collapse such as increased loading on transmission lines,

reactive power constraints, on load tap changer dynamics and load characteristics. So, we proposed a computer

algorithm for optimal voltage control, suitable for large radial distribution network.

Our aim is to obtain optimal voltage control with voltage regulators and then to decrease the total cost of voltage

regulators and losses, to obtain net saving. This algorithm makes the initial selection, installations and tap

setting of the voltage regulators which provide a smooth voltage profile along the network. It is also used to

obtain the minimum number of the initially selected voltage regulators, by moving them in such way as to

control the network voltage at the minimum possible cost. Software using MATLAB has been developed and

also implemented using Fuzzy Logic and the results of both, conventional and using Fuzzy are compared.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 32

POWER QUALITY IMPROVEMENT USING MODULAR MULTILEVEL

INVERTERS FOR WIND SYSTEMS

SURYA PRAKASH



Dr. K. Hanumaji,

Professor,


ABSTRACT

Multilevel inverters have received more attention in industrial application, such as motor drives, FACTS devices

and renewable energy systems, etc. Primarily multilevel inverters are known to have output voltages with more

than two levels. A modular multilevel converter (MMC) is one of the next-generation multilevel converters

intended for high or medium-voltage power conversion without transformers. Compared with the existing

multilevel converters, one of the most desirable advantages offered by MMC may be its ability to process both

active power and reactive power with its terminals directly connected to high-voltage networks. D-STATCOM

(Distribution Static Compensator) is a shunt device which is generally used to solve power quality problems in

distribution systems. D-STATCOM is used in correcting power factor, maintaining constant distribution voltage

and mitigating harmonics in a distribution network. In this project MMC D-STATCOM inverter controls the DC

link voltage as well as the active and reactive power transferred between the renewable energy source,

specifically wind turbine, and the grid in order to regulate the power factor (PF) of the grid regardless of the

input active power from wind turbine. In this concept in future by increasing the levels of Multilevel Inverter we

improve the power quality. In this project we compare the five and seven level Multi level Inverters. The

proposed topology developed by using MATLAB/Simulink software.

AN ADAPTIVE DROOP DC-BUS VOLTAGE CONTROLLER FOR A GRID-

CONNECTED VOLTAGE SOURCE INVERTER WITH LCL FILTER

K.Ramya, Assistant Professor,

Dept of EEE, MRIET

K.Swathi priya, Assistant Professor,

Dept of EEE, MRIET

ABSTRACT

This paper presents a very fast dc-bus voltage controller for a single-phase grid-connected voltage-source

inverter (VSI) with an LCL output filter used in renewable energy applications. In single-phase grid-connected

inverters, the design of the dc-bus voltage control scheme is very challenging due to the presence of a second

harmonic ripple across the dc-bus voltage.

The proposed dc-bus voltage control scheme is able to address the difficulties introduced by the second-

harmonic ripple. The dc-bus voltage controller is based on an adaptive droop control technique, which is able to

provide a very fast transient response for the closed-loop system and ensures the optimal operation of the VSI

during steady-state conditions. Also, the simple structure of the controller makes it very practical for grid-

connected VSIs used in renewable energy power conditioning systems .Theoretical analysis and experimental

results demonstrate the superior performance of the proposed control approach compared to conventional dc-bus

voltage control schemes.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 33

A GRID INTERCONNECTED RENEWABLE SOURCE HIGH GAIN DC-AC TWO

INPUT BOOST CONVERTER

L. Prasanthi, PG Scholar,

EEE Dept,MRIET

B. Asha Kiran, Assistant. Professor,

EEE Dept, MRIET

ABSTRACT

In this paper we are introducing a voltage gainer circuit with very high gain of 20times applied for low

voltage renewable sources. The converter is then connected to an inverter to change the DC to PWM AC to run

electrical loads. The two input boost converter has two inputs with multiple stages with odd and even

comparison. The suggested topologies can be used as multiport converters and draw continuous current from

two input sources. They can also draw continuous current from a single source in an interleaved manner. This

versatility makes them appealing in renewable applications such as solar farms. The proposed converters can

easily achieve a gain of 20 while benefiting from a continuous input current. Such a converter can individually

link a PV panel to a 400-V dc bus. The design and modeling is done in MATLAB software with all dynamic

characteristics of the power electronic devices with respect to time.

BATTERY CHARGING AND LOAD OPERATION USING DOUBLE DECK SOFT

SWITCHING DC-DC BUCK BOOST CONVERTER

Srilatha, PG Scholor,

Dept of EEE, MRIET,

Anupama Ramisetti, Associate Professor,

Dept of EEE, MRIET

ABSTRACT

In this paper we introduce a double deck buck boost converter with soft switching capability by

parasitic capacitors. The buck boost converter is tested with wide range of application which charges the battery

at lower voltages and also runs electronic loads at higher voltages. The proposed converter is constructed of two

identical buck-boost converters working in parallel. The converter units are connected to each other by an

inductor as a bridge. This inductor plays an important role in the soft switching operation of the converter by

maintaining the voltage applied to switches at zero at switching intervals. The utilized method is called the zero-

voltage switching. It is shown that the structure of the proposed converter is significantly efficient in the

reduction of switching losses, leading to the improvement of the converter efficiency.

SWITCH FAULT ANALYSIS OF THREE PHASE PWM RECTIFIER FOR A

THREE PHASE INDUCTION MOTOR DRIVE

G.Ramya,PG Scholor,

Dept of EEE,MRIET

K.Chiranjeevi,Associate Professor,

Dept of EEE, MRIET

ABSTRACT

In this paper a three phases PWM (Pulse Width Modulation) rectifier is used for the operation of three

phase induction machine through three phase PWM inverter. The rectification of the three phase AC voltage is

done for the speed control of induction machine. A switch fault analysis is carried on the rectifier by introducing

an open circuit switch and also a short circuit switch and observes the characteristics of the converter. Thus, this

paper presents a new and fast model-based approach for open-switch fault diagnosis of the single-phase pulse

width modulation rectifier, based on the mixed logical dynamic model and residual generation. It requires no

additional hardware but only some measurements and command signals which are available in control system.

This diagnosis method is quite suitable for electrical traction application due to the fast diagnosis time, simple

structure and high reliability. The design and modeling is carried out in MATLAB Simulink with all graphical

representations.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 34

CLOSED LOOP CONTROL OF QUASI-ACTIVE SWITCHED-INDUCTOR HIGH

STEP UP DC-DC CONVERTER FOR VARIABLE VOLTAGE APPLICATION

Kruparani,PG Scholar,

EEE Dept,MRIET

Baru Chandra Shekar Assistant Professor,

EEE Dept,MRIET

ABSTRACT

In this paper we introduce a closed loop control of a high step up DC-DC converter with quasi active

switched inductor for a variable input DC source like solar array. The feedback loop controller has a PI

controller controlling the duty ratio of the power electronic switches. The proposed converter is composed of

two coupled inductors which can be integrated into one magnetic core, two capacitors, two active switches, and

three diodes. The primary sides of coupled inductors are charged in parallel by the input source, and the

secondary sides of coupled inductors are discharged in series with the input source and two capacitors to achieve

high step-up voltage gain with an appropriate duty ratio. The two sets of diode–capacitor circuits not only help

to lift the voltage conversion gain but also alleviate voltage spike affected by the leakage inductance to limit the

voltage stress across the power switch effectively. Therefore, the two low on-state resistance switches can be

adopted to reduce conduction loss. Furthermore, the two diodes have no reverse-recovery problem due to turn

off naturally, the reverse-recovery problem of the output diode is also alleviated by the leakage inductor and

lower part count is needed; therefore, the power conversion efficiency can be further improved. The operating

principles and steady-state analyses are discussed in detail; then, the performance of the proposed converter is

compared with existing converters. The design and analysis is carried out in MATLAB software with complete

results and graphical representations.

MODELLING & ANALYSIS OF CLOSED LOOP HIGH STEP-UP DC-DC BOOST

CONVERTER FOR RESIDENTIAL APPLICATIONS

Baggam Swathi,

PG Scholar, Dept of EEE,

MRIET

Saritha Kumari Thumma,


Dept of EEE, MRIET

Dr. K.Hanumaji, Associate

Professor& HOD,

Dept of EEE, MRIET

ABSTRACT

Power electronics devices are widely used in different fields and for different residential applications. The

expansion of their field of applications is related to the knowledge of the device behavior and of their practical

performances. A boost converter is used to clamp the voltage stresses of all the switches in the interleaved

converters, caused by the leakage inductances present in the practical coupled inductors, to a low voltage level.

Overall performance of the renewable energy system is then affected by the efficiency of step-up DC/DC

converters with closed loop control action, which are the key parts in the system power chain. This paper

presents a dc-dc power converter integrated closed loop system to attain high stability factor in such a way to

obtain, in a single conversion stage, the maximum energy extraction from photovoltaic panels, battery charging

and discharging dynamic control, and high voltage step-up, also operating with soft-switching capability. This

review is mainly focused on high efficiency step-up DC/DC converters with high voltage gain. The results are

obtained through Matlab/Simulink software package.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 35

A HIGH STEP DOWN COUPLE INDUCTOR BASED FUZZY CONTROLLED SIMO

CONVERTER

E.Shyam ,P.G.Schloar,

EEE Dept,MRIET

B.L.Srinivas,Assistant.Proffesor,

EEE Dept,MRIET

ABSTRACT

In this paper we introduce a high step down converter with control of Duty ratio with fuzzy control of the

MOSFET switches with high switching frequency. The error of the voltage comparison is fed to membership

functions of fuzzy rule base which controls the duty ratio with change in voltage error. In this study, a coupled-

inductor-based SIMO step-down converter utilizes two power switches with the properties of voltage clamping

for the middle-voltage switch, and soft switching for all power switches due to the appropriate choice of the

corresponding device specifications. As a result, the leakage inductor energy of the coupled inductor can be

recycled, and the voltage spikes on power switches can be alleviated. Moreover, the switching losses can be

significantly decreased because of all power switches with zero-voltage-switching features. Therefore, the

objectives of high-efficiency power conversion, high step-down ratio, and various output voltage with different

levels can be obtained. The modeling and analysis is done in MATLAB software with dynamic variation of

input voltage and all graphical representations of active and passive element characteristics.

A THREE PHASE FOUR SWITCH PWM INVERTER DESIGN WITH FOR PMSM

WITH ANFIS CONTROL

D.Sai Ram Surya Chand, PG Scholar,


M.Sateesh Babu,Research Scholar,

Department of EEE,JNTUK

ABSTRACT

In this paper we introduce a three phase four switch inverter controlled by PWM technique fed to a

PMSM. The conventional feedback controller has PI control for the dynamic change in current, which is

replaced with ANFIS control with training by back propagation algorithm. ANFIS is considered to be more

adaptive and has a very high response rate as compared to other controllers. As a result of their reduced number

of switches, three-phase four-switch (TPFS) inverters are generally applied as cost-reduction topologies for

permanent magnet synchronous motor (PMSM) drives. However, the torque ripples of PMSMs severely

deteriorate the performance and reliability of the entire system. The torque and speed characteristics of the

PMSM (Permanent Magnet Synchronous Generator) are represented in the is paper with graphical

representations with respect to time and change in dynamic parameters of the machine. The design and analysis

is carried out in MATLAB Simulink environment with reports generated in graphs.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 36

EMPLOYEE RELATIONSHIP MANAGEMENT

Mr. Mandala Sreenivas,


Technology,Hyderabad, Telangana,

E Mail ID: [email protected]

Dr. K E Balachandurudu,


Technology,Hyderabad, Telangana,

E Mail ID: [email protected]

ABSTRACT:

This article examined the critical roles that employees play in an organization‘s relationship-building process

with its publics. By conducting an in-depth case study of a government organization‘s exemplary community

relations programs, the researcher explored links among three focal concepts: employee organization

relationships, employee-public relationships, and organization-public relationships. Field research was

conducted over the course of seven weeks. Data were collected through long interviews, participant

observations, and document analysis. Based on the findings of this study, a normative public relations theory of

integrative internal and external organizational relationship management was proposed. The findings suggest

that employees who have positive employee-organization relationships (i.e. employees who have high level of

commitment) and those who are capable of using symmetrical cultivation strategies contribute significantly to

the development of positive organization-public relationships. The study also found that when the external

publics have positive interactions and develop trusting individual relationships with employees, they tend to

evaluate the overall organization positively. In other words, when employees have positive employee-

organization relationships and employee-public relationships, external publics who interact with those

employees tended to develop positive organization-public relationships.

Key Words: Employees, Relationship, Organization, Interviews, Integrative, Strategies, Symmetrical

A STUDY ON TRAINING AND DEVELOPMENT SYSTEM AT KAKATIYA

CEMENT SUGARS & INDUSTRIES LTD, PERUVANCHA VILLAGE,KALLURU

G.DIVYA SRI

Student of MBA, Department of MBA,

MREC (autonomous), Maisammaguda, Dhulapally,

Secundrabad

Dr. K. Anil Kumar (HOD)

Department of MBA MREC (Autonomous),

Maisammaguda, Dhulapally,

Secundrabad.

ABSTRACT— The present study is undertaken to know the effectiveness of training and development

programs adopted by KCSIL. To achieve the aforesaid objectives data is gathered from 100 respondents

randomly. It is found that the most of the employees are satisfied with training and development programs

adopted by KCSIL and the training and development programs helping employees to increase their efficiency in

their job, 78% of respondents have rated as good about Overall Quality and Effectiveness of Training and

Development programs.

Index Terms: Training and Development, Employees performance, Effectiveness of training and development

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 37

THE IMPORTANCE OF STRIVING FOR CONTINUOUS MPROVEMENT AND

INNOVATION

Mrs.B. Ruth Sunitha

Assistant Professor, Department of MBA,

Malla Reddy Institute of Engineering Technology,

Maisammaguda, Secunderabad.

Mrs.P.Harika

Associate Professor, Department of MBA,

MallaReddy Engineering College (A),

Maisammaguda, Secunderabad

ABSTRACT

This paper presents the results of a mail survey used to investigate the relationship between continuous

improvement/innovation management practices. Nowadays the companies live in a constant changing world

where customers demand better products, higher quality and shorter delivery times. To achieve these customers

requirements companies rely on Continuous Improvement to reach their goals but without having a clear

strategy for it.

Continuous improvement (CI) can be seen as a fundamental principle, making it possible for organizations to

adapt and evolve in an ever changing business environment. However, they are mostly considered within typical

process-based contexts, e.g. manufacturing and production processes, while CI within project-based contexts,

e.g. construction and development projects, is more uncommon. The specific characteristics of a project based

organization (PBO), e.g. unique deliveries, temporary teams and time constraints, influence how CI can be

applied. Also, articles describing CI in a project management (PM) context, e.g. in different kinds of maturity

models, appears to be on an overall level. Therefore, the aim of this study is to explore prerequisites (potential

drivers and obstacles) of applying CI in a PBO.

The most significant predictors of high management practices were found to be:

• The adoption of a continuous improvement and innovation management strategy. This was found to be a

critical factor for management practice to achieve their strategic goals and objectives.

• The use of core technologies and organizational objectives as a guide for evaluating new ideas and information

as part of the continuous improvement and innovation management system.

The paper concludes that a continuous improvement and innovation management strategy and system are

significant predictors of management performance. The implication for managers is that these practices are

imperative in order to avoid management failure. The findings are consistent with the literature.

Key Words: continuous improvement, innovation, performance.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 38

A REPORT ON JOB ANALYSIS AT MY HOME CONSTRUCTIONS PVT LTD

N. MOUNIKA RAO,

Malla Reddy Engineering College(A),

Maisammaguda, Dhulapally, Secunderabad.

BUELA

Associate Professor, Department of MBA,

Malla Reddy Engineering College (A),

Maisammaguda, Dhulapally, Secunderabad

.

ABSTRACT

Job analysis (also known as work analysis) is a group of systems to distinguish the substance of a vocation as far

as exercises included and characteristics or employment necessities expected to play out the exercises. Through

job analysis, gives data to associations which figure out which representatives are best fit foremployment.

Through occupation examination, the expert needs to comprehend what the critical undertakings of the

employment are, the means by which they are done, and the essential human qualities expected to finish the

occupation effectively. The procedure of occupation examination includes the expert portraying the obligations

of the officeholder, then the nature and states of work, lastly some fundamental capabilities.

After this, the occupation examiner has finished a shape called a vocation psychograph, which shows the mental

necessities of the employment. The measure of a sound employment examination is a legitimate undertaking

list. This rundown contains the utilitarian or obligation territories of a position, the related undertakings, and the

essential preparing suggestions. Topic specialists (Officeholders) and managers for the position being broke

down need to approve this last rundown with a specific end goal to approve the occupation investigation

6LoWPAN

P.SRUJAN KUMAR

B.Tech Scholar

[email protected]

T VISHNU

Assoc Prof

[email protected]

Department Of ECE, MRIET. Department Of ECE, MRIET.

ABSTRACT:

Connecting more things to the cloud. Low-power, IP-driven nodes and large mesh network support

make this technology a great option for Internet of Things (IoT) applications. As the full name implies – ―IPv6

over Low-Power Wireless Personal Area Networks‖ – 6LoWPAN is a networking technology or adaptation

layer that allows IPv6 packets to be carried efficiently within small link layer frames, such as those defined by

IEEE 802.15.4. The use of an end-to-end, IP-based infrastructure takes full advantage of 30+ years of IP

technology development, facilitating open standards and interoperability as largely demonstrated through the

daily use of the Internet and its.


NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 39

Optimal Analysis of Particle Swarm Optimization

Algorithm for Economic Dispatch Problem

Om Prakash

Professor, ECE Dept.,

MRIET, Secunderabad,

Telangana, India

Thudi Vishnu

Assoc. Professor, ECE Dept.,

MRIET, Secunderabad,

Telangana, India .

Sajal Kumar Das

Modem R&D, Ericsson (I)

PVT Ltd, India

Abstract

The aim of this paper is to give fundamental insight into the particle swarm optimization algorithm. The

applicability of this method is demonstrated by solving different benchmark test problems like constraint and

unconstraint optimization problems. Economic load dispatch is an important optimization task in power system

operation for generation allocation among the committed units with the objective of dividing the power

economically, whereas satisfying various system constraints. The application of particle swarm optimization

approach is also presented to solve economic load dispatch problem of electric power system in this work.

Citrate-based Sol-gel Synthesis and Luminescence

Properties of Ce3+/Dy3+Co-doped Sr3SiO5Phosphors

Kurugundla Gopi Krishna, L. Krishna Bharat, and Jae Su Yu

Department of Electronics and Radio Engineering, Institute for Wearable Convergence Electronics, Kyung Hee

University, Yongin-si, Gyeonggi-do 446-701, Republic of Korea

Abstract

The Sr3SiO5: Ce3+/Dy3+ phosphors were prepared via a citrate assisted sol-gel method. The prepared samples

were characterized by X-ray diffraction pattern, scanning electron microscopy, Fourier transform infrared

spectroscopy and fluorescence spectroscopy. When excited with near-ultraviolet (NUV) (360 nm) irradiation,

the photoluminescence emission spectra showed a broad band blue emission of Ce3+ions combined with the

sharp excitation peaks of Dy3+ ions. Energy transfer occurred between the Ce3+ and Dy3+ ions and it increased

with the increase of Dy3+ ion concentration. The luminescence properties of the prepared phosphor materials

can be adjusted by changing the concentration ratio of the Ce3+ and Dy3+ ions. The prepared phosphor

materials also exhibited good thermal stability and the results make these phosphors potential candidates for

their application in NUV excited white light-emitting diodes.

Keywords: Energy transfer, luminescence, sol-gel, phosphors, silicates.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 40

Minimization of Heavy Vehicle Suspension System using

fibres

A. Sheshagiri Rao

Department of Mechanical Engineering, MRIET, Hyderabad, India.

Abstract

A leaf spring is a simple form of spring, commonly used for the suspension in vehicles. Leaf Springs are long

and narrow plates attached to the frame of a trailer that rest above or below the trailer's axle. There are mono

leaf springs, or single-leaf springs, that consist of simply one strip of spring steel. These are usually thick in the

middle and taper out toward the end, and they don't typically offer too much strength and suspension for towed

vehicles. Drivers looking to tow heavier loads typically use multi leaf springs, which consist of several leaf

springs of varying length stacked on top of each other. The shorter the leaf spring, the closer to the bottom it will

be, giving it the same semielliptical shape a single leaf spring gets from being thicker in the middle. The

automobile industry has shown increased interest in the replacement of steel spring with fiberglass composite

leaf spring due to high strength to weight ratio .In this paper a leaf spring used in a heavy vehicle is designed.

While designing leaf spring following four cases are considered: by changing the thickness, changing no. of

leaves, changing camber and changing span. Presently used material for leaf spring is Steel. The objective of

this paper is to compare the load carrying capacity, stiffness and weight savings of composite leaf spring with

that of steel leaf spring. The design constraints are stresses and deflections. In this thesis, the material is replaced

with composites since they are less dense than steel and have good strength. The strength validation is done

using FEA software ANSYS by structural analysis. Modal analysis is also done to determine the frequencies.

The composites used are Aramid Fiber and Glass Fiber. Pro/Engineer software is used for modeling and

ANSYS is used for analysis.

Keywords: Heavy vehicle, Suspension system, Composites, optimizations.

COMPUTATIONAL FLOW FIELD ANALYSIS OF

DIFFERENT RE – ENTRY CAPSULES N. Arjun

Department of Humanities and Sciences


Technology

Secunderabad, India

[email protected]

M.Yugender

Department of Aeronautical Engineering

Malla Reddy College of Engineering and

Technology

Secunderabad, India

[email protected]

Abstract

The present work describes numerical investigations over different Re-entry capsules for free stream Mach

number range of 1.6 – 4.0 using CFD techniques. The flow has been analyzed and an advance pre and post

processing software have utilized for the flow field analysis. 2D and 3D numerical simulations has been

performed using commercial software FLUENT over Re - entry capsules where models have been designed

using CATIA and mesh has been generated in GAMBIT.

Keywords: Re-entry capsule, Mach number.

NCARSE – 2017

ISBN: 978-93-5281-336-0 Page 41

STRESS ANALYSIS OF FIBRE REINFORCED

COMPOSITE Smitha

Department of Aeronautical

Engineering

Malla Reddy College of

Engineering and Technology,

Secunderabad, India

x

M.Yugender

Department of Aeronautical

Engineering

Malla Reddy College of


Secunderabad, India

[email protected]

N. Arjun

Department of Humanities and

Sciences

Malla Reddy Institute of


Secunderabad, India

[email protected]

Abstract

The paper deals with static analysis of carbon-fibre-epoxy composite plate. Dimensions of composite plate are

300mm x 300mm, and have thickness of 1.5 mm. Five different orientations of fibres viz. (0/90/0), (30/45/60),

(30/60/0), (60/30/90), (90/45/0) will be analyzed for a compressive load. Its design and analysis will be carried

out using the finite element software ANSYS. Stress analysis will be done on two plates one with hole and

another without hole. Highest strength composite will be identified by comparing the results.

Keywords: carbon- fibre- epoxy composite plate, finite element software.

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