Proceeding PCITC-2015 Old

2015 IEEE Power, Communication and Information Technology Conference (PCITC)Siksha O Anusandhan University, Bhubaneswar, India

Patrons:

Prof. M. Nayak, Siksha O Anusandhan University, Bhubaneswar, IndiaGeneral Chair:

Prof. P. K. Dash, Siksha O Anusandhan University, Bhubaneswar, IndiaGeneral Co-Chair:

Prof. G. Panda, Siksha O Anusandhan University, Bhubaneswar, India

Technical Chair:Prof. P. K. Nanda, Siksha O Anusandhan University, Bhubaneswar, IndiaProf. B K Panigrahi, Indian Institute of Technology, Delhi, IndiaPublication Chair:

Prof. P. K. Rout, Siksha O Anusandhan University, Bhubaneswar, IndiaMr. B. N. Sahu, S Siksha O Anusandhan University, Bhubaneswar, India

Organizing Chair:Prof. P. K. Sahoo, Siksha O Anusandhan Univeristy, Bhubaneswar, India

Convener:Prof S. Patnaik, Siksha O Anusandhan Univeristy, Bhubaneswar, IndiaCONFERENCE COMMITTEES:

Technical Advisory Committee:

1. Prof. Nesimi Ertugrul, University of Adelaide, Australia

2. Prof. Sanjib Kumar Panda, National University of Singapore, Singapore

3. Er. R.N. Nayak, Power Grid Corporation of India Ltd., India.

4. Prof. Adel M. Sharaf, University of New Brunswick, Canada

5. Prof. H.P. Khincha, Indian Institute of Science, Bangalore, India.

6. Prof. Geza Joos, McGill School of Environment (MSE), Montreal, Canada

7. Prof. Bijan. B. Mishra, S.I.T, Bhubaneswar, India

8. Prof. Brian K. Johnson, University of Idaho., Moscow

9. Prof. S.C. Srivastava, Indian Institute of Technology, Kanpur, India

10. Prof. Loi Lei Lai, City University of London, London

11. Prof. Saifur Rahman, Virginia Polytechnic Institute & State University, U.S.A

12. Dr. S. R. Samantaray, I.I.T. Bhubaneswar, India

13. Dr. Z.Y. Dong, Hongkong Polytechnic University, Hongkong

14. Dr. N. C. Sahoo, I.I.T Bhubaneswar, India

15. Prof. Rajiv. K. Varma, University of Western Ontario, Canada.

16. Prof. Nick Jenkins, Cardiff School of Engineering, UK.

17. Dr. Kartik Prasad Basu, Multimedia University, Malaysia

18. Prof. Sivaji Chakravorti, Nationa Institute of Technology, Calicut, India.19. Prof. Anjan Bose, Washington State University, U.S.A.

20. Prof. Sri Niwas Singh, Indian Institute of Technology, Kanpur, India

21. Prof. A.C. Liew, National University of Singapore, Singapore

22. Prof. V.U. Reddy, International Institute of Information Technology, Hyderabad, India

23. Dr. Zbigniew Leonowicz, Wroclaw University, Poland

24. Prof. S. A. Khaparde, Indian Institute of Technology, Bombay, India.

25. Dr. Fran Li, Ph.D., P.E., The University of Tennessee , Knoxville, U.S.A.

26. Prof. Ramakrishna Gokaraju , University of Saskatchewan, Canada

27. Dr. Stella Morris, Multimedia University, Malaysia

28. Prof. R.P. Maheshwari, Indian Institute of Technology, Roorkee, India

29. Prof. A.K. Pradhan, Indian Institute of Technology Kharagpur, India

30. Dr. Mohammad A. Abido, King Fahd University of Petroleum & Minerals, Saudi Arabia

31. Dr Abhishek Ukil, ABB, Switzerland

32. Dr Stanislaw Osowski, Poland

33. Prof. Kankar Bhattacharya, University of Waterloo, Canada

34. Prof S P Ghosal, NIT, Durgapur

35. Prof. Manjaree Pandit, Madhav Institute of Technology & Science, Gwalior, India

36. Dr. Ramesh Bansal, University of Queensland, Australia

37. Dr. Anurag K Srivastava, Washington State University, USA

38. Prof. Bhim Singh, I.I.T , Delhi, India

39. Prof. S. Mishra, I.I.T , Delhi, India

40. Prof. Almoataz Youssef Abdelaziz, Ain Shams University, Cairo, Egypt

41. Prof Ambarish Chandra, Canada

42. Prof. B Biswal, GMRIT, Andhra Pradesh, India.

43. Prof. Bansidhar Majhi, NIT, Rourkela

44. Prof. Sanjay Kumar Jena, NIT, Rourkela

45. Prof. Amit Mishra, University of Capetown, South Africa

46. Prof. A. K. Swain, University of Auckland, New Zealand

47. Prof. S. Mohapatra, IIT, Kharagpur, India

48. Prof. P. K. Biswas, IIT, Kharagpur, India

49. Prof. Pabitra Mitra, IIT, Kharagpur,India

50. Prof. Jayanta Mokhopadhya, IIT, Kharagpur,India

51. Prof. R. Manivasakan, IIT, Madras, India

52. Prof, Amit Konar, Jadavpur University, Kolkata, India

53. Prof. Asish Ghosh, ISI Kolkata54. Prof. Swagatam Das, ISI KolkataTechnical Programme Committee:1. Dr. M.N. Mohanty

2. Dr. Renu Sharma

3. Dr. R.K. Mallick

4. Dr. Niranjan Nayak

5. Mr. Sangram Kesari Routray

6. Mr. Sujit Kumar Dash

7. Mr. Tanmaya Parida

8. Mr. Biswa Mohan Acharya

9. Mr. Sarbeswar Hota

10. Mr. Saumendra Mohanty

11. Mr. Debasis Samal

12. Mr. Hemanta Palo

13. Mr. Manoranjan Das

14. Mr. Aneesh Wunnava

15. Ms. Madhusmita Sahoo

16. Dr. Ranjeeta Bisoi

17. Ms. Monalisa Mohanty

18. Ms. Madhuri Rao

19. Mr. Asit Kumar SubudhiOrganising Committee:

1. Prof. Niva Das

2. Dr. Sanjib Kar

3. Dr. Ajit Nayak

4. Mr. B.P. Mohanty

5. Dr. Benudhar Sahu

6. Dr. G. P. Mishra

7. Dr. L. P. Mishra

8. Dr. Debahuti Mishra

9. Mr. Gyana Ranjan Patra

10. Dr. Priyabrata Pattnayak

11. Dr. Rajib Padhi

12. Dr. Satyanarayan Bhuyan

13. Mr. Sarada Prasanna Pati

14. Mr. Sidharth Das

15. Ms. Sarmistha Kar

16. Mr. Jiban Jyoti Mahakud

17. Mr. Sandeep Kumar Satapathy

18. Mr. Manas Nanda

19. Mr. Santanu Kumar Sahu

SPEAKERS

1. Prof. Sukumar Brahma, New Mexico StateUniversity, USA2. Prof. P.K. Dash, Siksha O Anusandhan University, Bhubaneswar3. Prof. Bhim Singh, Indian Institute of Technology, Delhi

4. Prof. Ganapati Panda, Indian Institute of Technology, Bhubaneswar5. Prof. Laxmidhar Behera, Indian Institute of Technology, Kanpur6. Prof. A.K. Pradhan, Indian Institute of Technology, Kharagpur 7. Prof. Sukumar Mishra, Indian Institute of Technology, Delhi8. Prof. Swagatam Das, Indian Statistical Institute, Kolkota

9. Prof. B.K. Panigrahi, Indian Institute of Technology, Delhi10. Prof. N.C. Sahoo, Indian Institute of Technology, Bhubaneswar11. Prof. P.K. Nayak, Indian School of Mines, Dhanbad12. Prof. S.R. Samantaray, Indian Institute of Technology, BhubaneswarPCITC-2015 PROGRAM SCHEDULEDate: 15th October 2015

Venue: Conference HallRegistration:08:00 A.M - 09:30 A.M

Inauguration:09:30 A.M - 11:00 A.M

Tea Break:11:00 A.M - 11.30 A.M

Keynote Speech 1:11:30 A.M - 12:30 P.M

Keynote Speech 2:12:30 P.M - 1:30 P.M

Lunch Break:1:30 P.M - 2:30 P.M

Keynote Speech 3:2:30 P.M - 3:30 P.M

Tea Break:3:30 P.M - 3.45 P.M

Paper Presentation

Time: 3.45 PM - 5.30 PM

Venue: Conference Hall

Theme:

Sl. No.Paper IDAuthorsTitle

1. 302Anjanee Kumar Mishra, Bhim Singh

SPV Array Powered Zeta Converter Fed SRM Drive for Water Pumping

2. 525Prakash K. Ray, Pratap C Pradhan , Rabindra K Sahu, Aurojyoti Das, Saswat Satpathy, Asit Mohanty

Automated Frequency Control using Fuzzy-Sliding Mode in Wind-Thermal-Hydro Hybrid System

3. 483Nagasujatha K

Shalini V. B.

Technical Performance Evaluation And Economic Viable Solutions Using Hybrid Renewable Energy Systems

4. 462M.T.L. Gayatri,Alivelu Manga Parimiand ,

A.V. Pavan Kumar

Application of Dynamic Voltage Restorer in Microgrid for Voltage Sag/Swell Mitigation

5. 582Mohit Kumar Jain,Ratna Dahiya Enhancement of voltage profile of wind connected system by power filter compensation scheme

6. 008Gokulananda Sahu,

Kamalakanta MahapatraModel Predictive Control of DSTATCOM for Power Quality Improvement: Modeling, Simulation and Analysis-Part1

7. 193Jyotismita Mishra,

Monalisa Pattnaik,

Susovan SamantaPerformance Evaluation of a Self-excited Induction Generator for Stand-alone Wind Energy Conversion System

Date: 15th October 2015

Paper Presentation

Venue: Seminar Hall-1

Time: 3.45 PM 5.30P.MTheme:

Sl. No.Paper

ID

AuthorsTitle

394Pratim Kundu,

Ashok Kumar PradhanWide Area Backup Protection using Weighted Apparent Impedance

96Anurag Ukande, Shweta Tiwari, Suman Kadwane,Atul Kadu

Generalize PQ theory with SPWM for single phase shunt active filter applications.

238Vedanta Pradhan

Anil M. Kulkarni

Shrikrishna A. Kharpade

Exploration of Speech Feedback Signals for VSC-HVDC based Damping controller.

314Priyanka Kar, P.C. Panda, S.C. Swain, Akshay Kumar

Dynamic stability Performance Improvement of SMIB Power system using TCSC and SVC.

5.501K.Siva Rama Krishna Reddy, D. Anantha Koteswara Rao,A. Kumarraja, Bh. Ravi Kumar Varma

Implementation of Integer Linear Programming and Exhaustive Search Algorithms for Optimal PMU Placement under Various Conditions

6.563Arunava Chatterjee, Debashis ChatterjeeAn Economic Microwind-generation scheme using Single-winding Induction Machine

7561K. Padma, K. Vaisakh Oposition-based modified differential evolution algorithm with SSVR device under different load conditions


Paper Presentation


Time: 3.45 PM 5.30 PM

SLNoPaperIDAuthorsTitle

009Manoj Kumar Sonker, R Sreeraj, Sanjay Das, KK Rai

Automated Remote Operated Decoring Process for Enhanced Safety in Propulsion System

153Aritra Chatterjee,Iti Saha Misra

.Design and Analysis of Reward-Punishment based Variable Step Size LMS Algorithm in Rayleigh Faded Channel Estimation

195Rajiv Verma,Rajoo PandeyAn Adaptive isotropic search window based NLM algorithm for Image denoising.

225Monisha Chakraborty, Tithi Das, Dipak Ghosh

Characterization of Gait dynamics using Fractal Analysis for Normal and Parkinson Disease patients

397Vasundhara , Ganapati Panda, N. B. Puhan

A Low Complexity Hirschman Optimal Transform Based Feedback Cancellation Scheme for Hearing Aid

6.400Ashish Paramane,Avinash Sarwade,Pradeep KattiComparative Performance of Conventional Transducers & Rogowski Coil for Relaying Purpose

7.508Manoranjan Das, Benudhar Sahu, Urmila Bhanja

Mobility and its Effect on the Performance of MANET


Paper Presentation


Time: 3.45 PM 5.30 PM

SLNo.PaperIDAuthorsTitle

1. 34Rajashree Dash, Pradipta Kishore Dash

Stock Price Index Movement Classification using a CEFLANN with Extreme Learning Machine

2. N1Sujata Chakravarty, Puspanjali MohapatraMulti-class classification using Cuckoo search based hybrid network

3. 207M.Ebraheem,

T.R. JyothsnaComparative Performance Evaluation of Teaching Learning Based Optimization against Genetic Algorithm on Benchmark Functions.

4. 239

C. M. Anish, Babita MajhiAn Ensemble Model for Net Asset Value Prediction

5.399Sindhu Hak Gupta, R.K Singh, Jwalant Bodi, Dhruv Chandhok Evaluation & analysis of energy efficient extension to Leach protocol for WSN

6.388D.K. Bebarta,Ranjeeta Bisoi, P.K. Dash

Locally Recurrent Functional Link Fuzzy Neural Network and Unscented H-infinity Filter for Short-term Prediction of Load Time Series in Energy Markets

7.535Abhaya Kumar Samal,Akshaya Kumar Dash, Prakash Chandra Jena, Subhendu Kumar Pani,Swaraj Sha

Bio-Inspired Approach to Fault-Tolerant Scheduling of Real-Time Tasks on Multiprocessor A Study



Keynote Speech: 9:30A.M 10.30A.M

Tea Break: 10:30 A.M 10.45 A.M

Paper Presentation

Time: 10.45 AM 1.00 PM



1. 94Souvik Sinha, Tanmoy Roy Choudhury, Byamakesh Nayak

Comparative Analysis and Simulation of Different Topologies of Multilevel Inverters

2. 515Sajjan Kumar, Dr. Kamal K. Mandal, Dr. Niladri ChakrabortyComparative Performance Study of Various PSO Techniques for Multiple Allocations of DG Units in Radial Distribution System

3. 463Ashish Laddha, Abhik Hazra, Mousumi Basu

Optimal Economic Power Operation of a micro-grid using Distributed Renewable Energy Resources by Social Spider Optimization Algorithm with Constraint handling

4. 116Renu Sharma, Sonali GoelSolar photovoltaic system design and its reliability

5. 19Sumant Kumar Mohapatra,Biswa Ranjan Swain,Sushil Kumar Mahapatra, Sukant Kumar BeheraMulti Moving Bacteria and WBC Tracking Using MTP Approach For Proper Diagnosis in Blood

6. 152Tefera T. Yetayew, Thurumalla R. Jyothsna

Evaluation of Fuzzy Logic based Maximum Power Point Tracking for Photovoltaic Power System

7.454Babita Panda, Bhagabat Panda, P. K. Hota , Sujit Kumar Bhuyan

A Comparative Analysis of Maximum Power Point Techniques for Photovoltaic System

8.307Snehamoy Dhar, Sheetal Chandak,M H Naeem

Harmonic Profile Injection Based Active Islanding Detection for PV-VSC Based Grid

956Suresh K V, Vinayaka K U, Rajesh U

A CUK-SEPIC Fused Converter Topology for Wind-solar Hybrid Systems Stand-alone Systems.


Paper Presentation

Venue: Seminar Hall -1

Time: 10.45 AM 1.00 PM

SLNo.Paper IDAuthorsTitle

1. 142Sanjaya Kumar Nayak, N C Sahoo, G Panda

Demand Side Management of Residential Loads in a Smart Grid using 2D Particle Swarm Optimization Technique

2. 44Harish Kumar Sahoo, Umamani SubudhiAdaptive Estimation of Power System Harmonics and Decaying DC using Volterra RLS

3. 97Deepak Kumar, S .R. SamantarayOptimal Integral Planning of Primary-Secondary Distribution Networks via MOEA

4. 299R. K. Patnaik, S. K. Routray

Damping of Interarea Oscillations of a Wind Farm based Multimachine Power System using an Unified Power Flow Controller

5. 180S. Mandal,K. K. Mandal,B. Tudu A New Self Adaptive Particle Swarm Optimization Technique For Optimal Design of a Hybrid Power System

6. 337Pallavi Routray, Manohar Mishra, Pravat Kumar RoutHigh Impedance Fault Detection in Radial Distribution System Using S-Transform and Neural Network

7.103Maifooz Sheikh, Praful Meshram, Vijay BorghateSHE Technique For MMC Based On Modified Flying Capacitor Multicell Converter

8.482Biswa Ranjan Kuanr, Himanshu Shekhar, Niladri Chakraborty

Imperialistic Competition Based Short-term Economic Emission Dispatch of Hydrothermal Power System with Cascaded Reservoirs

9.554Phani Harsa Gadde, Milan BiswalEstimation of Current Phasors for Numerical Protective Relaying with Chirplet Transform


Paper Presentation


Time: 10.45 AM 1.00 PM


1.418Prasanta Kumar Manohari,Niranjan RayEAOMDV: An Energy Efficient Multipath Routing Protocol for MANET

2.111Sebamai Parija, P.K. Dash, Shazia Hasan Identification of non-linear Dynamic systems using smooth variable structure filter

3.200Sibasankar Padhy, Samarendra Dandapat

Synthesis of 12-Lead ECG from a Reduced Lead Set using Singuar Value Decomposition

4.269Hemanta Kumar Palo, Mihir Narayan Mohanty, Mahesh Chandra

New Features for Emotional Speech Recognition

5.505Asmita Rajawat, Devesh Kumar,

Chavi Jain, Praneet Tomar, Kartik Kapur

Novel Design of Multiband Coplanar Patch Antenna for X band application

6.401Manisha Mandal, Pradipta Kumar Nanda

Embedded local feature based background modeling for video object detection.

7.488Mamata Wagh, Pradipta K Nanda

Segmentation of Nonuniformly Illuminated Images Using Adaptive Windowing and Nonhomogenous Granulation

8.530Vikram Panigrahi, Pradyut Kumar Biswal, Rahul Bastia, Sibasankar Sahoo, Rajesh Kumar Mishra, Soumya Pratik Senapaty

Biometric Face Recognition Using Mexican Hat Wavelet Kernel Based SVM

9.339Mohd. Amir, Tripta ThakurEconomic Analysis of Hybrid Renewable Energy System Using HOMER


Paper Presentation


Time: 10.45 AM 1.00 PM

SLNo.Paper IDAuthorsTitle

1.38Pushpalata Pujari, Babita MajhiPerformance Comparison of Ensemble Models for Recognition of Offline Handwritten Odia Numerals

2.241Durga Prasada Dora, Omprakash Kaiwartya, Sushil Kumar,

Shiv Prakash

Route Detection using Segmented Path Vector (RD-SPV) based connectivity-aware Geocast Routing in VANETs

3332Vivek Kumar Mishra, Mirza Amir Baig

Design Of Sixth Order CIC Compensation Filter

4.491Pragyan P Das, Ranjeeta Bisoi,P.K. DashTime Series Forecasting Using Fuzzy Functional Link Neural Network Trained By Improved Second Order Levenberg-Marquardt Algorithm

5.376Chetna Kaushal, Harpreet SinghComparative study of recent sequential pattern mining algorithms on web clickstream data

6.489Sujit Dash, Okram Dharmapandit,Ranjeeta Bisoi

A Functional Link Single Layer Feedforward Neural Network For Electricity Price Forecasting Using Improved Second Order Levenberg-Marquardt Algorithm

7.N5S.C. Tripathy,Tripta ThakurUtility efficiency evaluation framework: a study of literature

8.173Subhabrata Banerjee, Sudipta ChattopadhyayImproved Serially Concatenated Convolution Turbo Code (SCCTC) using Chicken Swarm Optimization

9.143Rahul Patel, Vijay KumarArtifical Neuro-Fuzzy PID Controller Based on BF-PSO for Non-linear systems


Paper Presentation


Time: 02.00 PM 3.45 PM

Sl. NoPaperIDAuthorsTitle

158Ajinkya J. Sonawane, S.P.Gawande, M.R.Ramteke Hysteresis Based Predictive Control for DSATCOMApplication

1. 63Gokulananda Sahu, Kamalakanta MahapatraFPGA Based All-on-Chip DSTATCOM Control for Power Quality Improvement

2. 140P Akash Pattanaik, Naresh K Pilli, S K SinghDesign, Simulation & Performance Evaluation of three phase grid connected PV panel

3. 231Kalyani Potdukhe, Aniket Munshi, Anuradha Munshi

Reliability prediction of new improved current source inverter (CSI) topology for transformer-less grid connected solar system

4. 497Piyush Patil, M.R. Ramteke

Impact of Distributed Generation on Power Distribution System: Over-current Protection by phase angle estimation

5. 251Prachitara Satapathy, Snehamoy Dhar

A Hybrid Functional Link Extreme Learning Machine for Maximum Power Point Tracking of Partially Shaded Photovoltaic Array

6. 456Kaveri Mahapatra, Pradipta Kishore Dash

A Model Predictive Control technique for VSC HVDC converters linking onshore Wind Farms to Synchronous Generator based AC network


Paper Presentation


Time: 02.00 PM 3.45 PMSLNo.PaperIDAuthorsTitle

1. 41Shubhranshu Mohan Parida, Pravat Kumar RoutA comparative analysis of the performance of a grid connected permanent magnet synchronous generator with PI and DE optimized PI controller

2. 121L.N. Tripathy, S.R. Samantaray, P.K. DashLocation of fault on UPFC based Transmission Lines Using Sparse S-Transform

3.N2Sujit Kumar Dash, Deepika PatelShort-term Electric Load Forecasting using Extreme Learning Machine- A case study of Indian Power Market

4.148Yoseph Mekonnen Abebe,

P. Mallikarjuna Rao

Overhead Transmission Line Sag, Tension and Length Calculation using Affine Arithmetic

5.343Pinaki Dhar, Dr. Niladri Chakraborty

Marginal price based shunt capacitor operation in a day ahead reactive power management by Cuckoo search algorithm

6.368Niranjan Nayak, Soumya Pradhan

Optimal Design of Power System stabilizer in a multi-machine system Using Evolutionary Computing, A Comparative Study

7.496Rohit Bose, Ranit Kumar Dholey, Pranab Roy, Soumya Chatterjee, Arpan Kumar PradhanEstimation of Damping Resistor in Mechanically Switched Capacitor with Damping Network at Different Tuning Frequencies during Switching


Paper Presentation


Time: 02.00 PM 3.45 PMSl

No.Paper

IDAuthorsTitle

1. 15Sovan Dalai, Biswendu Chatterjee, Debangshu Dey, Sivaji Chakravorti, Kesab BhattacharyaMicrocontroller based remote updating system using voice channel of cellular network

2. N3Md Rizwan Khan,

S.K.Padhi, S. Behera, B.N.SahuNon stationary Signal Analysis and Classification using FTT Transform and Naive Bayes classifier

3.165T. R. Mohapatra, B.L. Behera

Designing Bend-limited Leakage Channel Fiber with Asymmetric cladding and Modified Microstructured Core

4.167Ranjan Barik, Itishree Samal, Manoranjan PradhanEfficient Hardware Realization of Signed Arithematic Operation using IEN

5.291Dhananjaya Tripathy, Shasanka Sekhar Rout, Kabiraj SethiA Low Power Noise Cancelling LNA for UWB Receiver Front End

6.N6Tatiana Chakravorti

Disturbance detection in microgrid using morphological filter and decision tree

7.443Piyush Warhad Pande, Avinash Kumar SinhaTTC Calculation Considering Variation of Ambient Temperature - A Case Study


Paper Presentation



No.Paper

IDAuthorsTitle

1. 204Sangeeta Yadav, Satyasai Jagannath NandaLeague Championship Algorithm for Clustering

2. 279Rajashree Dash, Pradipta Kishore Dash

A Comparative Study of Radial Basis Function Network with Different Basis Functions for Stock Trend Prediction

3.350Ajit Rout, Ranjeeta Bisoi

A Low Complexity Evolutionary Computationally Efficient Recurrent Functional Link Neural Network for Time Series Forecasting

4.411Puspanjali Mohapatra, Sujata Chakravarty

Modified PSO based Feature Selection for Microarray Data Classification Microarray Data Classification

5.440Shilpa Das, Benudhar Sahu

Effect of Radius of the Bottleneck Zone on the Lifetime and Collectible Information for Wireless Sensor Networks

6.192Abhirup Ghosh, Sudipta Chattopadhyay

Trajectory Optimization of Satellite Launch Vehicle using Self Adaptive Differential Evolution Algorithm

7.292Sidhartha Dash, Biswajeet Jena, Priyanka Kumari, Guru Prasad Mishra

An analytical Nanowire Tunnel FET (NW-TFET) model with high-k dielectric to improve the electrostatic performance

Tea Break: 3.45P.M-4.00P.MDate: 16th October 2015

Paper Presentation


Time: 04.00 PM 5.30 PMSl.

NoPaper IDAuthorsTitle

1.107Sukumar Mishra, Subham Sahoo, Aakanksha DugarHybrid MVMO based Controller for Energy Management in a Grid Connected DC Microgrid

2.154Tefera Terefe Yetayew, Thurumalla R. JyothsnaParameter Extraction of Photovoltaic Modules using Newton Raphson and Simulated Annealing Techniques

3.304Ranjan Mallick, Sayantan Sinha

Improvement of power quality in a DFIG based wind farm using optimised Icos DSTATCOM

4.70Kishore Kumar Pedapenki,S P Gupta, Mukesh Kumar PathakSoft Control Techniques for Shunt Active Power Filter

5.502Arun Shastry P S,Suresh K V, Vinayaka K UHybrid wind-solar systems using CUK-SEPIC fused converter with quasi-Z-source inverter

6.531Maibam Shillakanta Singh, Jitendra Kumar, Premalata JenaIslanding Detection using Hilbert Transform in a Distributed Generation Environment


Paper Presentation


Time: 04.00 PM 5.30 PMSl. NoPaper

IDAuthorsTitle

1.311Syamasree Biswas Raha, Dr. Kamal Mandal, Dr. Niladri Chakraborty

Modified differential evolution based reactive power dispatch involving multilateral power transactions in deregulated power scenario

2117Nivedita Pande, Resham Tondare, Snehal Gawande, M. Ramteke, Prashant Debre

Analysis of Conventional Inverter Topologies for High Voltage Distribution System in Shunt Applications

1. 3176Ravi Shankar, M.K.Babu, Ravi Bhushan, Kalyan Chatterjee

Load Frequency Control for Internconnected Power System incoordination with SSSC and RFB through AC/DC link

4N4Sreedhar.M, C.K. Panigrahi, P.Parida, M.Das

A Comparative Analysis of Circulating Current Controllers for Modular Multilevel Converters

5470Niranjan Nayak

Soumya Pradhan

.Optimal Design of PID Controller for AVR in a multi machine Power system using Modified PSO And Fire fly Optimization Technique.

6112Monali Samarth,

Sumant KadwaneSingle Phase Grid Connected Reduced Switched Multilevel Inverter for Photovoltaic System


Paper Presentation



No.Paper

IDAuthorsTitle

192Tejaswini Kar,

Priyadarshi Kanungo

A Texture Based Method for Scene Change Detection

2164Abhinav Sinha, Rajiv Kumar Mishra, Tirtha Majumder, S. S. Singh, P. K. SahuRobust nonlinear congestion controller for time delayed and uncertain cognitive radio based wireless network

3.194Umesh Ghanekar,

Rajoo PandeyRandom valued Impulse Noise Removal Using Adaptive Neuro fuzzy Impulse Detector

4.294Joyashree Bag, Subir Sarkar

Power efficient anti-collision algorithm for RFID technology with added data security feature and its Implementation in VHDL

5.374Aashish Mathur, Manav R. Bhatnagar, Bijaya K. PanigrahiBER Analysis of PLC System under Rician Channel Gain over Nakagami-m Additive Noise

6.455Sarita Nanda, Pradipta Kishore Dash, Shashank Sekhar PujariAn Adaptive Signal parameter Estimation Technique using Quadratic polynomial Signal model and Least Square Technique


Paper Presentation


Time: 04.00 PM 5.30 PMSl.

NoPaper IDAuthorsTitle

1.108Kiran Kumar Patro,

P Rajesh KumarDe-Noising of ECG raw Signal by Cascaded Window based Digital filters Configuration

2.287Shiv Prakash, Dhinesh Prasad Sahu, Karan SinghMulti-objective Reliability Task Scheduling in Computational Grid

3.208Karnati Lavanya, Vaddempudi Koteswara RaoA Novel VLSI Architecture for Convolution and Deconvolution using Higher Radix Algorithm

4.300Patibandla Valluraiah,

Birendra BiswalECG signal analysis using Hilbert Transform

5.533Kaushal Kumar, Sudakar Singh Chauhan Effects of Relaying Schemes in Scalable Wireless Sensor Networks

6.494Ankita Tondwalkar

Infrastructure-less Collaborative Indoor Positioning For Time Critical Operations


Paper Presentation


Time: 9.30 AM 11.30 AMSl. NoPaper IDAuthorsTitle

1.122Sthita Prajna Mishra, P.K. Dash

Short term wind power forecasting using Chebyshev polynomial and ridge extreme learning machine

2.168Kinattingal Sundareswaran,Kevin Ark Kumar, Venkateswaran P R, Sankaran Palani

A Real time implementation of Solar PV powered LED interior lighting systems

3.210Himanshu Sekhar Sahu, Sisir Kumar Nayak

A Novel Approach to Extract Maximum Power from Partially Shaded PV Array

4.309Sheetal Chandak, Snehamoy Dhar, Subrat BarikIslanding Disclosure for Grid Interactive PV-VSC System using Negative Sequence Voltage

5.371Pravati Nayak,

Estimation of power system harmonics using a new variable structure filter.

6.409M Mishra, P K Rout, S Patel

A Novel Islanding Detection Technique Based on Wavelet Packet Transform.

7.539Vishal D Dhareppagol, S Nagendraprasad.Modelling and Simulation of WECS for Maximum Power Extration and Optimal Efficincy Control using Squirrel Cage Induction Generator

8.504Paresh Kumar Nayak, Kumari Sarwagya An Extensive Review on the State-of-Art on Microgrid Protection


Paper Presentation


Time: 9.30 AM 11.30 AMSl.

NoPaper

IDAuthorsTitle

1.

80Dr. Debasish Mondal,Asim Halder

Design of Nonlinear and Convensional STATCOM Controllers to Mitigate Transient Stability of a Power System

2.98Parimal Acharjee

Optimal Placement of UPFC Using Security Constraint Hybrid PSO Algorithm

3.115Rakesh Shukla,Manoj Kumar Maharana, Debapriya DasEffect of CES and SMES on AGC in presence of Different Controllers and Ramp Disturbances.

4.217Bhimsen Tudu, Dr. Kamal K. Mandal, Dr. Niladri ChakrabortyModeling and Design of Hybrid Energy System Considering Degradation and Emission

5.310Susmita Kar, S. R. Samantaray

Data-Mining based Comprehensive Primary and Backup Protection Scheme for Micro-Grid

6.484Himanshu Shekhar, Biswa Ranjan Kuanr, Gargi Konar, Niladri Chakraborty

Automatic Generation Control of a Hybrid Power System in Deregulated Environment Utilizing GA, De and CA tuned PID controller

7.471Gargi Konar, Dr. Niladri Chakraborty, Kamal Mandal

Effects of Unscheduled Interchange based Secondary Frequency Control on Tie Line Power of Multi-area Hybrid Power System

8.479Ritambhara Pradhan, Bidyadhar Rout

Enhancement of stability of SMIB using ZN-PID and LQR-PSS as affected by excitation control


Paper Presentation

Venue: Seminar Hall-2Time: 9.30 AM 11.30 AM Sl.

NoPaper

IDAuthorsTitle

1.

110Sarita Nanda, Shazia Hasan, S. S. Pujari, P.K. Dash

A Fast Hybrid Adaptive Filter For Parameter Estimation Of Non Stationary Sinusoid Under Noise

2.113Alekha Kumar Mishra, Rukshan Ur Rehman, Rahul Bharadwaj, Rohit Sharma

An Enhancement of PEGASIS Protocol with Improved Network Lifetime for Wireless Sensor Networks

3.213Rakhi Saha, Sambita Dalal

A Novel Reversible Combinational Circuit Design for Low Power Computation

4.282Somesh Kumar,

Sudha Kumari

Design of Low Power, High Gain LNA for WCDMA Range and Parameters Extraction using Artificial Neural Network (ANN)

5.357Yatin Gupta, Trailokya Nath SasamalImplementation of Reversible logic gates using Adiabatic logic

6.367A.Srikrishna,

Ch. Sri Hari Priya,

P. Aditya Kiran Face Recognition With Varying Facial Expression Using Local Directional Number Pattern

7.383Romel Bhattacharjee,

Lalit Mohan SainiRobust Technique for the Detection of Acute Lymphoblastic Leukemia

8.516Dhanraj Meena,

R.S. Meena Gain and Directivity Enhancement of Microstrip Patch Array Antenna with Metallic Ring for WLAN/Wi-Fi Applications


Paper Presentation


Time: 9.30 AM 11.30 AMSl.

NoPaper

IDAuthorsTitle

1.

137Rajesh Kumar Tripathy,Laxmi Narayan Sharma, Samarendra Dandapat

Detection of Cardiac Ailments from Multilead ECG using Diagnostic Eigen Error Features

2.146Dipak Samanta, Raily De, Prabir Banerjee

Intelligent RSSI Based Tuning of Receiver PLL of a Cognitive Radio

3.347Anindita Das, Mihir Narayn Mohanty, R. K. Mishra

Optimized Design of H-Slot Antenna for Bandwidth Improvement

4.221Chaudhuri Manoj Kumar Swain, Susmita Das

Development of an Empirical Path loss Model for a Deployed 2.63GHz WiMAX Networks in a Rural Environment

5.249Prashanta Kumar Nayak , S.S. Pujari, B N Sahu

Parameter Estimation of Nonstationary Power Signals using an Improved Gauss- Newton Adaptive Filter

6.329Ambika Prasad Shah, Vaibhav Neema, Shreeniwas Daulatabad

PVT Variations Aware Low Leakage DOIND Approach For Nanoscale Domino Logic Circuits

7.372Makan Zamanipour, Mohammadali Mohammadi

MIMO CDMA-based Optical SATCOMs: A New Solution

8.393Parminder Kaur, Abhilasha Jain

An Energy Efficient Time Synchronization Protocol for Wireless Sensor Networks using Clustering

Tea Break : 11.30 A.M 11.45A.MDate: 17th October 2015

Paper PresentationVenue: Conference Hall

Time: 11.45 AM 1.45 PMSl.

NoPaper

IDAuthorsTitle

1.

550Satyaranjan Jena, Pratik Ranjan Behera, Chinmoy Kumar Panigrahi

Modified Hysteresis Current-Controlled PWM Strategy for Single Phase Grid Connected Inverters

2.468Amaresh Gantayet,

Sudipta Mohanty

An Analytical Approach for Optimal Placement and Sizing of Distributed Generation based on a Combined Voltage Stability Index

3.476R. K. Patnaik, Okram Dharmapandit, U. C. Patnaik , M. H. Naeem

A New Islanding Detection and Classification Technique for the Grid Connected DFIG Wind Farms

4.93Tanmoy Roy Choudhury, Byamakesh NayakComparison and Analysis of Cascaded and Quadratic Boost Converter

5.519Asit Mohanty Meera Viswavandya Dillip Mishra, Prakash K Ray, Sandipan Patra, Sthitapragyan M An optimized STATCOMcontroller for voltage stability and reactive power compensation in an isolated micro grid

6.522Milan Biswal

Sparse representation and identification of power quality disturbance signals in smart grid

7.128Ravi Soni,M.J. Nigam,

R. MitraImplementation of hybrid neuro-fuzzy controller based on radial basis function network with gradient descent algorithm for non-linear system.

8.139Hanuman Prasad,

Tanmoy MaityDesign of a Stable and Effcient Z-Source AC-AC Converter using Small Signal Analysis


Paper Presentation


Time: 11.45 AM 1.45 PMSlNo.PaperIDAuthorsTitle

1.159Snehil Meshram, Avantika FadnisDirect Torque Control of Three-Leg Inverter Driving Two-Phase Induction Motor

2.224P. Lokender Reddy,G. Yesuratnam Guduri PSO Based Optimal Reactive Power Dispatch for Voltage Profile Improvement

3.255P.K Dash, Okram Dharmapandit, Sarat Kumar Swain, P.K. Nayak A Fast Discrete Time-Frequency Filtering Based Current Differntial Protection For Shunt Compensated Wide Area Power System Networks

4.234Cherukuri Murthy, Diptendu Sinha Roy,

Dusmanta Kumar Mohanta,

Re-estimation of Hidden Markov Model Parameters of Phasor Measurement Unit

5.445Amit Karande,M.J. Nigam

Design of a Fuzzy PID Controller for a Gas turbine Power plant

6.355Rupashree Sahu, Asit Kumar SubudhiAn Area Optimized Carry Select Adder

7.183Sanjeeb Kumar Kar,Trishna ChirantaniOptimal Control of Linear Time-invariant Systems Described by Integro-differential Equations via Block-pulse Functions

8.185R. K. Patnaik, S. P. Mishra, J. P. Patra

Instantaneous Power based Feedback Linearization Control Strategy for stabilization of a grid-connected Voltage Source Converter


Paper Presentation


Time: 11.45 AM 1.45 PMSl No.PaperIDAuthorsTitle

1.333Gaurav Singh, Ganapati PandaA Novel ANC System using Nonlinear Error LMS Algorithm

2.364Hyun-Gyu Ryu, Dongsoo HarWireless Power Transfer for High-precision Position Detection of Railroad Vehicles

3.366Manoj Kumar ,K.James Mathai

Balanced Tree for Data Transmission to Maximize the Lifetime of Wireless Sensor Networks

4.301Sambit Kumar Padhi, B.N. Sahu, P.K. Dash, L.P. Mishra

Nonlinear dynamic system Identification, performance measurement using Extreme Learning machine.

5.423Ashish Kumar, Deepak Garg,Prashant Rana

Clustering Approach to Detect Profile Injection Attacks in Recommender System

6.441Awadhesh Yadav, Ruchira Naskar

A Tamper Localization Approach for Reversible Watermarking based on Histogram Bin Shifting

7.543Dillip Dash,Arunprakash Jayaprakash, Valarmathi J,G. Ramachandra Reddy

Generalized OFDM-LFM Waveform Design and Analysis for Multistatic Airborne Radar

8.534Satyasis Mishra, Ranjeeta Bisoi

Image Denoising Using Neural Network Based Accelerated Particle Swarm Optimization


Paper Presentation


Time: 11.45 AM 1.45 PM Sl

No.Paper

IDAuthorsTitle

1245Sidharth Samantara, Basab Roy, Renu Sharma, Satish Choudhury, Bibekananda JenaModeling and Simulation of Integrated CUK Converter for Grid Connected PV System with EPP MPPT

Hybridization

2316Kaveri Mahapatra

Pradipta Kishore Dash.Inertia emulation based sliding mode control of VSC HVDC system for transmission of power from onshore wind farms to AC grids

3.345Vishal Choudhari, Gaurao Dongre, Seema P DiwanAnalysis Of Shunt Active Power Filter Using Time Based Refernce Current Generation Techniques

4.348A.K. Parida, Ranjeeta Bisoi, Sasmita MishraFinancial Time Series Prediction using a Hybrid Functional Link Fuzzy Neural Network Trained by Adaptive Unscented Kalman Filter

5.354Baljinder Singh, Vijay KumarA Real Time Application of Model Reference Adaptive PID Controller for Magnetic Levitation System

6.359Akshaya K Pati, Nirod C SahooPower Quality Improvement by Feedback Linearization Control of Grid Connected Three-Phase Boost Inverter

7.370Varsha Singh, Shubhrata Gupta, Dr. Swapnajit Pattanaik, Mahendra Tyagi

A New Hybrid Topology For Multilevel Inverter For Power Quality Improvement

8.540Krishnanand K.R., Joymala Moirangthem, Sanjib Kumar PandaSelective Harmonic Optimization for Flexible Single-Phase Operation of Cascaded H-Bridge Multilevel Inverters

Lunch Break : 1.45 PM - 2.45 PM

Valediction : 2:45 PM 4:00 PMAbstracts

SPV Array Powered Zeta Converter Fed SRM Drive for WaterPumpingAnjanee Kumar Mishra, Bhim SinghAbstract This paper demonstrates the utilization of solar photovoltaic (SPV) array produced electrical energy for low cost and efficient water pumping using simple, robust and efficient switched reluctance motor (SRM) drive. For increasing the efficiency of pumping system, an incremental conductance (InC) algorithm based MPPT technique is employed with SRM drive. A DC-DC zeta converter operated in continuous conduction mode (CCM) is used in midway between SPV array and SRM drive to provide limitless region for operation of MPPT and also for soft starting of SRM. The mid-point converter having two split capacitors is used to provide the required voltage pulses for phase windings excitation of all four phases of SRM drive. The mid-point converter operates as an electronic commutator to reduce the switching losses and power dissipation of the converter. Both the inductors of zeta converter are operated in continuous conduction mode (CCM) which results in minimal stress on converter elements. Unlike Cuk converter and SEPIC (Single-Ended Primary Inductance Converter) type buck-boost converters, zeta converter does not need additional circuit to limit the inrush current and does not require any overload protection. The speed of SRM drive is controlled with variable DC link voltage of mid-point converter and it depends upon the different environmental conditions and insolation levels of SPV array.

Automated Frequency Control using Fuzzy-Sliding Mode in Wind-Thermal-Hydro Hybrid SystemPrakash K. Ray, Pratap C Pradhan , Rabindra K Sahu, Aurojyoti Das, Saswat Satpathy Asit MohantyAbstract This paper presents a fuzzy-sliding mode controller (FSMC) for the automated load frequency control in a wind-hydro-thermal hybrid power system. The wind energy is integrated with hydro and thermal system to minimize the effect of uncertainty in wind speed. The performance of the proposed controller is studied under wind speed load variation. The fuzzy sliding mode controller is compared with a fuzzy-PI controller on the basis of various performance parameters such as peak overshoot and settling time. It has been found to perform better than the fuzzy_PI controller under different operating conditions.

Technical Performance Evaluation And Economic Viable Solutions Using Hybrid Renewable Energy SystemsK. Nagasujatha, V. B. ShaliniAbstractThe electrical energy consumption is expanding all over the globe and the gap between the demand of electrical power and generation is escalating day by day. In addition to conventional power generation, renewable energy systems are being integrated to meet the rising demand of electrical power. To provide reliable, cost effective power solutions and to reduce the greenhouse gas emissions effectively renewable energy resources such as solar, wind, tidal, and geothermal etc are more viable. The design of hybrid renewable energy system with battery backup has been proposed in this paper. For this hybrid system, the meteorological data of Solar Radiation, hourly wind speed for the Department of Electrical and Electronics Engineering, Jawaharlal Nehru Technological University Hyderabad, Jagityal (Latitude18026' N, longitude is 7907'E) are taken to meet the primary load of 100Kwh/day, 28Kw peak load. The technical performance of each component has been evaluated and finally sensitivity analysis is performed to optimize the proposed system at different conditions. The local solar radiation, wind data and load were analyzed and simulated in HOMER to assess the technical and economic viability of the integrated system.

Application of Dynamic Voltage Restorer in Microgrid for Voltage Sag/Swell MitigationM.T.L.Gayatri, Dr. Alivelu M. Parimi, A.V. Pavan KumarAbstractMicrogrids are becoming increasingly attractive to consumers as it allows utilization of freely available renewable energy sources. They are usually installed at consumers sites i.e the distribution end. Due to high penetration of distributed generation units with different types of loads, microgrids can cause power quality and power control issues. Some of them are voltage swells and sags, and low power factor which further require reactive power compensation. This paper presents the utilization of the custom power device specifically Dynamic Voltage Restorer (DVR) in mitigating the problem of voltage sags and swells occurring in microgrid. A microgrid is modeled and simulated with different loading conditions causing power quality problems. The performance of DVR, installed in microgrid, is analyzed for reactive power compensation to overcome these concerned issues. The control logic of DVR is designed using phase locked loop (PLL) technique and its effectiveness is observed in Matlab/Simulink.

Enhancement of Voltage profile of Wind Connected System by Power Filter Compensation schemeMohit Kumar Jain, Ratna DahiyaAbstract Wind energy has become increasingly popular in last two-three decades. Renewable energy source using wind energy supply power in remote sectors or it can be use to fed power to the grid connected power systems. Changing in load or wind speed can cause power quality issues. Present paper represent a FACTS based PFC (power filter compensator) controlled by tri-loop controller which improves voltage profile of wind energy system. The proposed power filter compensator is driven by tri-loop controller and error fed to PI or PID controller which gives output to PWM generator for generating signals and it operates IGBT switch for capacitor bank to compensate reactive power and improves voltage profile of the power system. To demonstrate the working of technique a simulation model is developed for several operations in MATLAB/SIMULINK software environment.

Model Predictive Control of DSTATCOM for Power Quality Improvement: Modeling, Simulation and Analysis-Part1Gokulananda Sahu, Kamalakanta MahapatraAbstractIn this paper, a novel model predictive current control strategy is proposed for DSTATCOM to improve the power quality in distribution system. Unlike classical control schemes, the proposed method neither requires current PI controllers nor modulators at switching signal generation stage. The discrete-time model of the converter, filter and terminal voltage are used to predict the future behavior of the compensating currents for each of the eight possible switching states. The control method decides a switching state in which the actual currents are closer to their references. In this first part, proposed method is verified through extensive simulation in Matlab platform and a comparative analysis is made with HCC and SMC current control schemes. It has been found that total harmonic distortion of load compensation is well within the allowable range of IEEE standards with achievement of unit power factor.

Performance Evaluation of a Self-excited Induction Generator for Stand-alone Wind Energy Conversion SystemJ. Mishra, M. Pattnaik, S. SamantaAbstract This paper presents the performance characteristics of a self-excited induction generator (SEIG) under various operating conditions. This also explains the modeling of parallel equivalent circuit to evaluate the reactive power required for SEIG. The variation of terminal voltage has been studied by varying the shaft speed, capacitance value and load. The simulations are carried through MATLAB/SIMULINK environment, and the validation of the simulation results are established through an experimental set-up.

Wide Area Backup Protection using Weighted Apparent ImpedancePratim Kundu, Ashok Kumar PradhanAbstract Identification of the faulted line in a system can improve the performance of backup protection schemes. This paper presents a Wide Area Measurement System (WAMS) based algorithm, where voltage and current signals from synchrophasors placed at strategic locations are used for the identification of faulted line. Conventional backup protection schemes require complex setting and they maloperate under flow transfer which can be avoided using the proposed method. The studies performed on the 39-bus New-England system using data simulated through EMTDC/PSCAD validate accuracy of the proposed algorithm.

Generalise PQ Theory with SPWM for Single Phase Shunt Active Filter ApplicationsAnurag H. Ukande, Ms.S.L.Tiwari, Dr.S. G. Kadwane, Atul KaduAbstractIn this paper current control technique is used for reference signal generation for voltage base PWM i.e. SPWM. Voltage source inverter with the help of generalized PQ theory is implemented for shunt active filter applications. Two methods are used to generate compensated current. Current is further converted into voltage as reference signal and this is fed to the inverters sinusoidal pulse width modulation technique (SPWM). This inverter is generating the injected current with all possible modification in the conventional single phase shunt active filter. A multipurpose single phase shunt active filter (SAPF) for domestic purpose is presented in this paper. The simulation results using MATLAB/SIMULINK are shown to validate the proposed technique. Total harmonic distortion (THD) and power factor (P.F.) are comes under the IEEE standard-519.

Exploration of Special Feedback Signals for VSC-HVDC based Damping ControllerVedanta Pradhan, A. M. Kulkarni, S. A. KhapardeAbstractThis paper explores some special feedback signals for implementing damping controllers in embedded voltage source converter (VSC) based HVDC links. While a variety of feedback signals are feasible, a few signals stand out due to their favourable properties. The paper recognizes the voltage angle/frequency difference between the rectifier and inverter side ac buses as one such local signal. This signal has good residue properties which can lead to improvement in the damping of all controllable swing modes. The large gain behaviour may be improved by modifying this signal. The paper proposes a nonlocal equivalent of this modified signal. This non-local signal may overcome the restriction on the controller gain due to the need to ensure stability of local non-swing modes. The synthesis of the signal is eigen-solution free and computationally easy.

Dynamic Stability Performance Improvement of SMIB Power System using TCSC and SVCPriyanka Kar, P.C. Panda, S.C. Swain, Akshay KumarAbstract Voltage, frequency and power (real and reactive) plays an important role in power system. It should be in a predefined limit and if any one of them violates its limits then the system becomes unstable. Our generation capacity is not increasing as compare to loads increasing due to environmental and economical reason. Power system is operating at critical value. To enhance the maximum power transfer capability and improve dynamic stability of the system we use Flexible AC transmission systems (FACTS) devices. FACTS devices have very fast response. It can be operate either in normal or abnormal conditions. In this paper, mainly two types of FACTS controllers we have analyzed i.e. Thyristor controlled series compensator (TCSC) and Static VAR Compensator (SVC). TCSC mainly vary the reactance of the transmission line and improves stability limit. TCSC is also known as series compensator. However SVC improves the voltage regulation where it has been connected. SVC is also known as shunt compensator. These controllers have very fast response. This paper shows how we can improve the dynamic stability by using TCSC and SVC which are connected to single machine infinite bus (SMIB) power system.

Implementation of Integer Linear Programming and Exhaustive Search Algorithms for Optimal PMU Placement under Various ConditionsK. Siva Rama Krishna Reddy, D. Anantha Koteswara Rao, A. Kumarraja, Bh. Ravi Kumar VarmaAbstractPMU utilization is an emerging technology in the field of power systems. Optimal PMU placement (OPP) is the main concern due to the cost factor and non-existence of communication facilities. This paper gives the implementation of Integer Linear Programming (ILP) and Exhaustive Search (ES) algorithms for optimal PMU placement for full power system observability. Modeling of zero injection constraints in ILP frame work has given. A method has been proposed to the systems having zero injection busses in which we use binary connectivity matrix modification and the modified matrix can be used in Integer Linear programming (ILP) and Exhaustive Search (ES) for optimal PMU placement. ILP approach has also been given for the systems considering single PMU outage. The results specify that: 1) optimal PMU placement for full power system observability can be computed effectively; 2) connectivity matrix modification based approach for systems having zero injection buses is computationally efficient and easy to execute; 3) number of PMUs has to increase for systems considering single PMU outage. The proposed algorithms have been tested for IEEE 9 bus, IEEE 14 bus, IEEE 24 bus test systems on MATLAB environment.

An Economic Microwind-generation scheme using Single-winding Induction MachineArunava Chatterjee, Debashis ChatterjeeAbstractThis paper presents an economic single-phase, microwind-generation scheme at low wind speeds mainly for grid-isolated, domestic applications. The generation scheme employs a single-phase induction machine to operate as an induction generator using only one stator winding with higher number of poles. Besides fixed capacitors, a closed loop excitation current control scheme for the single winding is provided through a dedicated inverter assisted from a photovoltaic source. A transformer is used to step up the voltage generated at the winding terminals. The scheme shows excellent performance providing constant voltage output with changing loads when simulated and practically experimented with a practical 200W, 230V, 12-pole machine.

Oposition-based modified differential evolution algorithm with SSVR device under different load conditionsK. Padma, K. VaisakhAbstract In this paper, optimal location of Static Series Voltage Regulator (SSVR) for the improvement of performance of distribution networks is investigated. An effective evolutionary algorithm namely opposition-based modified differential algorithm is used to search the best location of SSVR. The performance of the proposed algorithm is validated on the 33-and 69-bus test systems under simulated conditions. Simulation results show suitability of the proposed method with SSVR under different load conditions to improve performance of the distribution networks with reasonable computational effort.

Automated Remote Operated Decoring Process for Enhanced Safety in Propulsion SystemM. K. Sonker, R. Sreeraj, S. Das, K.K. RaiAbstractMandrel provides the desired profile to the propeller in solid propulsion technology. Mandrel of known shape is inserted before casting process .Removal of centering ring, mandrel and bottom plate after curing is highly hazardous operation known as decoring. Friction overload in mandrel removal may cause explosion. Similarly bottom plate removal is highly risky since the bottom plate is in close interface of the explosive material. Sudden impact on the bottom plate may again initiate explosion. These may seriously destruct infrastructure and manpower in vicinity. This paper describes the process modification and development of the remote decoring process. Crane hoisting mandrel operation using PLC and hydraulically operated bottom operation was developed for remote operation. Both the operations were programmed and interfaced to SCADA. The crane weighing system has been incorporated for online frictional load measurement and trip provision has been given for friction overload condition. The development of the automated and remote operation for enhanced safety was carried out which shall save lives and infrastructure in case of eventuality.

Design and Analysis of Reward-Punishment based Variable Step Size LMS Algorithm in Rayleigh Faded Channel EstimationAritra Chatterjee, Iti Saha MisraAbstractChannel estimation in wireless communication system using various supervised learning algorithms traditionally involves two very popular algorithms namely Least Mean Square (LMS) and Recursive Least Square (RLS). The concept of variable step size adaptive algorithms came into picture later on to achieve a trade-off between convergence speed and mathematical complexity of these two algorithms (LMS and RLS). The family of variable step size least mean square (VSSLMS) algorithms consists of various members depending on their separate step size adaptation rule. In this paper, a new modified variable step size algorithm is proposed employing a simple mathematical adaptation strategy- the reward-punishment rule. The performance of the newly developed algorithm is analyzed in estimating an unknown time varying Rayleigh faded channel and compared with the performance of existing algorithms. The computer simulation shows that the reward-punishment based variable step size least mean square algorithm exhibits faster convergence rate compared to LMS and other competitors from VSSLMS family of algorithms and consequently acts as better trade-off between LMS and RLS algorithm. The mathematical complexity measured in terms of CPU time usage also indicates betterment over existing VSSLMS algorithms.

An Adaptive Isotropic Search Window Based NLM Algorithm for Image DenoisingRajiv Verma, Rajoo PandeyAbstractThe non-local means (NLM) algorithm uses the self-similarity or repeated patterns present in images for denoising. NLM algorithm has been extensively researched due to its effectiveness and simplicity. In conventional NLM algorithm, the size of the search window is kept fixed for each pixel. Ideally, the search window size must optimally vary from region to region based on the characteristics of the search region. In this paper, we propose an adaptive NLM algorithm based on classification of homogeneous and heterogeneous regions using local entropy. The proposed algorithm selects an optimal search window size for each pixel based on region characteristics. The experimental results have shown that the proposed algorithm performs consistently better than the conventional NLM in terms of PSNR and visual quality for denoising the images at various noise levels.

Characterization of Gait dynamics using Fractal Analysis for Normal and Parkinson Disease PatientsMonisha Chakraborty, Tithi Das, Dipak GhoshAbstract Gait dynamics of human appears to have a self-similar pattern and this self-similarity is studied using various non-linear methods. In this paper we employ three non-linear methods namely Hursts rescaled range analysis method, Higuchis fractal dimension method, Approximate entropy method to quantize the gait dynamics of people suffering from Parkinson diseases (PD). Also they are asked to perform Dual task while walking, to have a better understanding of the connection between central nervous system and the limb movement. Gait dynamics of normal healthy people are also included in this study as control group. They are also put under study to perform dual task. This data set has been acquired from MIT-BIH data base. All these methods are capable to detect the difference between Normal walking and Dual tasking for both the groups. The fractal exponents for Dual task however produce interesting findings for PD subjects, suggesting that this type of walk is more chaotic and is more disordered than control group with the same task. Amongst the three methods utilized in this work approximate entropy method appears to be more sensitive, for both the groups.

A Low Complexity Hirschman Optimal Transform Based Feedback Cancellation Scheme for Hearing AidVasundhara, Ganapati Panda, N. B. PuhanAbstract The hearing aid being a portable, compact, battery operated device, requires algorithms with low computational complexity. The adaptive feedback canceller (AFC) based on the time domain least mean square (LMS) algorithm exhibits slow convergence and degraded performance when colored signal is used as input and also suffers from large computational complexity. The frequency domain block LMS (FBLMS) algorithm performs better in terms of convergence, steady state performance and computational complexity than the time domain LMS algorithm for colored signal as input. However, the FBLMS algorithm suffers from heavy computational complexity due to the large size of the DFT involved while modelling the feedback path of the hearing aid. To overcome this problem, a new structure using the Hirschman Optimal Transform (HOT)-DFT LMS (HDFT) algorithm is developed as adaptive feedback canceller (HDFT-AFC) for hearing aids. The simulation results demonstrate that the proposed method offers significant computational savings than the FBLMS algorithm without any performance degradation when used for feedback cancellation in hearing aids.

Comparative Performance of Conventional Transducers & Rogowski Coil for Relaying PurposeAshish S. Paramane, Avinash N. Sarwade, Pradeep K. KattiAbstract- The presence of magnetizing branch affects the performance of conventional transducers such as current transformer (CT) & capacitive voltage transformer (CVT) under severe fault conditions. This saturable branch leads to saturation which may affect different areas of the power system. The suitable features for protective relaying purpose such as linear output due to presence of air core, compact in size, light in weight makes the rogowski coil as immaculate transducer over the conventional transducers. This paper weighs against the performance characteristics of CT, CVT & rogowski coil by validating the experimental & software results which illustrate the effectiveness of rogowski coil. Also this paper confers the issue of CVT ratio error through the experimental results which is been observed in recent years.

Mobility and its Effect on the Performance of MANETManoranjan Das, Benudhar Sahu, Urmila BhanjaAbstract Wireless links in a Mobile Ad Hoc Network (MANET) is unreliable. So the links in between the nodes in a MANET breaks frequently. Mobility of nodes in a MANET increases the level of unreliability of the link between the nodes. Failure of a link also leads to complete route failure and affect the performance of MANET. So, there is a need to study the effect of mobility of nodes that causes a link break or a route failure. This paper presents a theoretical approach to analyze the effects of velocity on the performance of MANET in terms of routing overhead and average end to end delay. The analytical results are also validated with simulation.

Stock Price Index Movement Classification using a CEFLANN with Extreme Learning MachineRajashree Dash, P. K. DashAbstract Recently, an efficient learning algorithm called extreme learning machine (ELM) has been proposed for training of single hidden layer feed forward neural networks (SLFNs). ELM has shown good generalization performances for many real applications with an extremely fast learning speed. This study proposes a computational efficient functional link artificial neural network (CEFLANN) trained with ELM for addressing the problem of classifying stock price index movements as up and down movements. The proposed model is also compared with two other popular networks like Chebyshev FLANN and RBF, used mostly in classification problems. Again the performance of all the networks are compared with back propagation and ELM based learning over two benchmark financial data sets. Experimental results show that the performance of proposed model outperforms the other models.

Multi-class Classification using Cuckoo Search based Hybrid NetworkS. Chakravarty, Puspanjali MohapatraAbstract Classification plays an important role in various fields such as science, engineering, medicine and business. This paper proposes a cuckoo search based hybrid model i.e. Functional Link Neural Fuzzy Network named as CSFLNFN for classification of multi-class datasets. Both FLANN, as an efficient computational technique and fuzzy logic, as a basis of much inference system are combined to take the advantages from both the techniques. These two techniques are supplementary to each other in a way that one is helping other to overcome their limitations. The proposed CSFLNFN model uses FLANN to the consequent part of the fuzzy rules. The parameters of the models are optimized by the evolutionary algorithm, Cuckoo Search (CS). The CSFLNFN model is evaluated with one medical dataset, dermatology and three other frequently used multi-class datasets, wine, glass and iris. Further, to get more classification accuracy, Principal Component Analysis (PCA) has been used to extract the features from the datasets. Performance of the model is measured by number of measures like confusion matrix, accuracy, sensitivity, specificity, F-score, gmean and area under the receiver operating characteristic (ROC) curve. In this study, a comparison has been made between results before and after features extraction and it is seen that the classification accuracy increases with extracted features from the datasets. However the results demonstrate the superiority of the CSFLNFN compare to other models including CSMLP, CSFLANN, Nave Bayesian and K-Nearest Neighbor irrespective of the feature extraction.

Comparative performance evaluation of teaching learning based optimization against genetic algorithm on benchmark functionsM. Ebraheem, T.R. Jyothsna

Abstract In this paper effectiveness of newly introduced teaching learning based optimization (TLBO) is evaluated against different benchmark optimization problems. The effectiveness, then, is compared with the performance of genetic algorithm (GA) using the same parameters as used with TLBO. The functions on which the two algorithms applied in this work are rastrigin function, quartic, rosenbrock, six hump camel back. And the results are validated. Both the algorithms are applied on these functions using the same software (MATLAB) on the same platform also with the same number of population and elite group. The effectiveness of the TLBO is compared with that of GA based on the speed, average solution.

An Ensemble Model for Net Asset Value PredictionC.M. Anish, Babita MajhiAbstract In this paper, we propose a robust and novel ensemble model for Net asset value prediction of Mutual fund. The proposed model is constituted of two non-linear models: Radial basis function (RBF) and Functional link artificial neural network (FLANN). In order to improve the prediction performance of the hybrid model a boosting technique is used. The sum of the weighted outputs of the two models is compared with the target values to minimize the mean square error. The proposed model shows improved performance in terms of MAPE and RMSE values in comparison to each individual model.

Evaluation & analysis of energy efficient extension to Leach protocol for WSNSindhu Hak Gupta, R.K Singh, Jwalant Bodi, Dhruv ChandhokAbstractIn this paper extension to LEACH protocol i.e. Modified LEACH protocol has been analytically and critically analyzed. It has been shown that the hard threshold value in Modified LEACH protocol has a direct impact on the network lifespan of a wireless sensor network. More the initial energy more will be the net lifetime of the network, as the number of alive nodes will be more. Simulation and analytical results reveal that the Modified LEACH protocol outperforms the traditional LEACH in every aspect.

Locally Recurrent Functional Link Fuzzy Neural Network and Unscented H-infinity Filter for Short-term Prediction of Load Time Series in Energy MarketsD.K. Bebarta, Ranjeeta Bisoi, P.K. DashAbstract:-The paper presents a locally recurrent Fuzzy neural architecture to forecast electrical loads in an energy market on a short-term basis. In recent years combination of recurrent filter neurons with Fuzzy neural networks has gained significance to provide the identification of the temporal nature of the time series data. Further to increase the dimension of the input space the consequent part of the fuzzy rules are augmented with functional link networks and this provides a better approximation of the input-output mapping. Besides to provide faster learning in comparison to the gradient descent or evolutionary techniques a robust H-infinity unscented Kalman filter is used. Some of the energy market load time series data are used for numerical experimentation to highlight the significant improvement in the prediction performance of the hybrid Functional Link Fuzzy neural network (FLFNN).

Bio-Inspired Approach to Fault-Tolerant Scheduling of Real-Time Tasks on Multiprocessor A StudyAbhaya Kumar Samal, Akshaya Kumar Dash, Prakash Chandra Jena, Subhendu Kumar Pani, Swaraj ShaAbstract Fault-tolerant scheduling of real-time (RT) tasks in multiprocessor based systems is essentially a NP-hard problem. Basically this is a permutation based combinatorial optimization problem which involves allocating a set of tasks to a set of processors so as to minimize the makespan and ensures tasks to meet their timing constraints. Conventional approach to meet fault-tolerance (FT) in scheduling RT tasks based on traditional heuristic approach yields poor performance, like inefficient processor utilization and higher task rejection. The primary-backup (PB) scheme is a popular approach used as a fault-tolerant technique to schedule RT tasks with guarantee to meet their deadlines despite presence of fault. In this paper, we propose a novel scheduling algorithm using particle swarm optimization (PSO) technique for providing FT in multiprocessor environment. Exhaustive simulation study reveals that the proposed primary-backup based fault-tolerant scheduling (PBFTS) scheme using PSO outperforms other traditional fault-tolerant scheduling schemes in terms of performance, system utilization and efficiency.

Comparative Analysis and Simulation of Different Topologies of Multilevel InverterSouvik Sinha, Tanmoy Roy Choudhury, Byamakesh Nayak

Abstract A multilevel Power converter structure is based on the concept of high power and medium voltage situations. Its concept is to use a series of power semiconductor switches with several lower voltage dc sources to perform the power conversion by synthesizing a staircase voltage waveform. Multilevel converter operates both in inverter and rectifier mode in a power electronic circuit. So, we are focusing on the multilevel Inverter. In this paper we are going to discuss about the motivation of multilevel inverters, its operating principle and modulation techniques. In this paper we will also discuss about the Total Harmonic Distortion of multilevel inverters which is less compared to two level inverters.

Comparative Performance Study of Various PSO Techniques for Multiple Allocations of DG Units in Radial Distribution SystemS. Kumar, K. K. Mandal, N. ChakrabortyAbstract The concept of Distributed Generation (DG) emerged in the power industry from the last few decades due to the rapid increase in electricity demand, limited conventional resources and continuous growth in nonconventional energy based low voltage and small scale power industry. In distributed generation system, the optimal placement and sizing of DG units in radial distribution network is one of the most essential conditions to minimize the total active power loss and to improve the voltage profile. In this paper, different types of improved version of Particle Swarm Optimization (PSO) techniques are applied to solve the aforesaid optimization problem. Due to self organizing nature and time dependent strategic variation in acceleration coefficients of Self-organizing Hierarchical Particle Swarm Optimization with Time-Varying Acceleration Coefficients (HPSO-TVAC) technique, this technique performs better in most of the cases for both IEEE-33 bus and IEEE-69 bus system. Here, IEEE-33 bus and IEEE-69 bus radial distribution system is taken for the analysis and for testing the superiority of these techniques.

Optimal Operation of Distributed Renewable Energy Resources based Micro-grid by using Social Spider OptimizationAshish Laddha, Abhik Hazra,Mousumi BasuAbstract The concept of Distributed Generation (DG) emerged in the power industry from the last few decades due to the rapid increase in electricity demand, limited conventional resources and continuous growth in nonconventional energy based low voltage and small scale power industry. In distributed generation system, the optimal placement and sizing of DG units in radial distribution network is one of the most essential conditions to minimize the total active power loss and to improve the voltage profile. In this paper, different types of improved version of Particle Swarm Optimization (PSO) techniques are applied to solve the aforesaid optimization problem. Due to self organizing nature and time dependent strategic variation in acceleration coefficients of Self-organizing Hierarchical Particle Swarm Optimization with Time-Varying Acceleration Coefficients (HPSO-TVAC) technique, this technique performs better in most of the cases for both IEEE-33 bus and IEEE-69 bus system. Here, IEEE-33 bus and IEEE-69 bus radial distribution system is taken for the analysis and for testing the superiority of these techniques.

Solar Photovoltaic System Design and its ReliabilityRenu Sharma, Sonali GoelAbstract In this paper a simple methodology for solar photovoltaic system design based on annual mean Global Solar Radiation (GSR) is presented. The approach involves sizing of the array and the battery for average GSR of the year. The battery bank is sized to operate the load with variable sequence of below average GSR days. This will mean that on the average the battery will be probably charged during rest of the year even during the worst season. The validity of the approach is examined in terms of the concept of the loss of load probability (LLP).The loss of load probability is characterized a new parameters, the annual number of system failures and standard deviation of annual number of system failures are derived and discussed.

Multi Moving Bacteria and WBC Tracking Using MTP Approach For Proper Diagnosis in BloodSumant Kumar Mohapatra, Biswa Ranjan Swain, Sushil Kumar Mahapatra, Sukant Kumar BeheraAbstract In this Paper, we proposed a method for tracking multi moving bacteria and white blood cell (WBC) using Multi threading parallel (MTP) concept in a microscopic blood cell video. This method is based on continuously adaptive mean shift algorithm using color model which is designed to track multi moving bacteria using multi threading concept by comparing its mean in the successive frame in the video. It is observed that bacteria can be tracked in the next frame, when the mean shift vector converges. Simulation result shows that the proposed method is capable of detecting multi moving bacteria and WBC quickly for proper diagnosis.

Evaluation of Fuzzy Logic based Maximum Power Point Tracking for Photovoltaic Power SystemT. T. Yetayew, T. R. JyothsnaAbstract- Efficient extraction of available power from photovoltaic system is mandatory that needs extraction techniques. A number of maximum power point tracking (MPPT) techniques has been presented of which conventional techniques like perturb and observe (P&O), incremental conductance (InCond) and hill-climbing are widely in use mainly because of simple implementation and less complexity; however they fail to track the right perturbation direction for rapid change atmospheric conditions and oscillations during steady-sate operation. Different methods has been devised to improve the drawbacks, among them fuzzy logic based technique is the one that works well for systems with no accurate mathematical. Thus, in this paper fuzzy logic controller (FLC) based MPPT technique using PV voltage and power variations as input and reference voltage change as output has been proposed and implemented along with P&O method. The simulation results of MPPT trajectory tracking capability, dynamic and steady state responses for variable irradiance revealed superior performance of fuzzy based technique over P&O method.A Comparative Analysis of Maximum Power Point Techniques for Photovoltaic SystemBabita Panda, Bhagabat Panda, P. K. Hota, Sujit Kumar BhuyanAbstract The latest improvement in the application of PV system is because they generate electric power without affecting the nature by directly changing the solar isolation to electric power. At no time solar radiation remains fixed. It keeps on changing during daytime. The demand is to supply a fixed voltage to the load regardless of change in temperature and solar radiation. In this paper we demonstrated a model which generates fixed and boost up dc voltage to the load. This paper will be commenced by the basic understanding of the overall system, different circuits used in its design and the reason for choosing such circuits. As the output of the PV array is unregulated due to change in different parameters so as to increase this voltage, boost converter is used here. The duty cycle of DC-DC converter is controlled by using different MPPT techniques - P&O, Fuzzy Logic and Modified Fuzzy Logic. After this the final model is simulated by using MATLAB/SIMULINK and different output waveforms are analyzed for different parameters used.

To put here Abstract of paper ID 307 - Snehamoy DharA Cuk-Sepic Fused Converter Topology For Wind-Solar Hybrid Systems For Stand-Alone SystemsSuresh K V, Vinayaka K U, Rajesh UAbstract- A countrys economic activity has a direct impact on the energy scenario of that country. The gap between the energy demand and the supply is continuously growing due to the increased dependency on the conventional energy sources which have limited resources. Continuous use of fossil fuels for generating energy has led to the effect of global warming. In India there is a huge scope for utilization of renewable energy resources due to its geographical location. Use of renewable energy resources reduces the effect of global warming and it also provides energy security since fossil fuels such as coal and crude oil are not abundantly available in India. The renewable energy sources are fluctuating in nature hence the hybridization is required to overcome the fluctuating nature to an extent. In this paper the dual input single output DC-DC converters are proposed for stand-alone systems. The converter is a combination of CUK and SEPIC converter called CUK-SEPIC fused converter

Demand Side Management of Residential Loads in a Smart Grid using 2D Particle Swarm OptimizationSanjaya Kumar Nayak, N. C. Sahoo, G. PandaAbstract Smart grid is an emerging technology which is the solution to different problems of conventional power grid. Demand side management (DSM) is a main function in smart grid for energy management. In this new paradigm, both utilities and customers are active participants for managing the amount of electricity generation and demand. Controlling and influencing energy demand can reduce the overall peak load demand, reshape the demand profile and increase the grid sustainability. Demand side management of residential load in a smart grid using two dimensional particle swarm optimization (2D PSO) is proposed in this paper. Objective of this paper is to schedule the appliances of customers in such a way that total electric price is to be minimized which also minimizes the peak power demand. The proposed system takes appliances status of next day before 24 hours with their affordable delay and schedules them by using load shifting strategy. Simulation results show that the proposed algorithm achieves peak power reduction by reducing the total bill of customers.

Adaptive Estimation of Power System Harmonics and Decaying DC using Volterra RLSHarish K.Sahoo, Umamani SubudhiAbstractThis paper proposes Volterra RLS (VRLS) adaptive filter for estimation of harmonic parameters and decaying DC component in presence of white Gaussian noise. VRLS shows good error convergence rate under high non-stationary and noisy conditions which is quite essential to estimate power quality disturbances. VRLS algorithm is an extension of Forgetting factor RLS (FFRLS) with the help of Volterra expansion. Estimation results of VRLS are compared with LMS, VLMS and FFRLS to show the estimation accuracy of the algorithm.

Optimal Integral Planning of Primary-Secondary Distribution Networks via MOEA

Deepak Kumar, S. R. SamantarayAbstract This paper highlights an application of a restricted population based multi-objective seeker-optimization-algorithm (MOSOA) for designing integral power distribution system (IPDS) including the grids -the primary(PG) and secondary (SG). The proposes scheme considered both the PG and SG separately along with the factors that couple both problems (PG & SG) such as sharing of the common right of way, use the same poles etc. including other factors that shows significant effect on total investment cost. The proposed planning methodology uses a contingency-load-loss index (CLLI) for reliability evaluation, does not depends on the failure rate and fault repair duration of branches. The proposed approach performance is assessed on a real case of a 75-electrical node primary-secondary residential distribution network, considering real-time design practices. The efficacy of the proposed planning model is shown by a qualitative comparison with NSGA-II.

Damping of Inter area Oscillations of a Wind Farm based Multimachine Power System using an Unified Power Flow ControllerR. K. Patnaik, S. K . RoutrayAbstractAn adaptive second order sliding mode control strategy is proposed for of the Series Synchronous Static Compensator (SSSC) of the Unified Power Flow Controller (UPFC) which is installed in a multimachine power network penetrated with a Doubly Fed Induction Generator (DFIG) based wind power. The proposed controller utilizes the instantaneous power components of the SSSC instead of the conventional current or torque components (thus the dynamics of the phase lock loops (PLL) is avoided) and has been made to adapt according to the diverse operating conditions of the network. This feature has made the proposed controller to be more significant (in terms of improvement of the transient stability) as compared to the conventional techniques as both the inter area as well as local oscillations have been improved. The overall power system network has been modeled in MATLAB/Editor environment, and the proposed controller has been investigated for both lower and higher wind penetration conditions and the results obtained are satisfactory.

A New Self Adaptive Particle Swarm Optimization Technique For Optimal Design of a Hybrid Power SystemS. Mandal, K. K. Mandal, B. TuduAbstract Present paper discusses about a reliable and cost effective optimal design for hybrid energy systems using meta-heuristic techniques. Design, planning and control of hybrid systems require complex optimization of the same which may not be solved easily with the conventional optimization methods. Several meta-heuristic optimization techniques such as particle swarm optimization techniques (PSO), differential evolution (DE), genetic algorithm (GA) etc have been successfully applied to solve these problems. One of the major difficulties in these methods is the premature convergence. In the present paper a new improved optimization technique based on PSO has been proposed to avoid premature convergence while optimizing the overall cost of energy of a hybrid power system of wind turbine, photovoltaic generator, diesel generator and battery bank. The results obtained by this improved method are compared with an iterative method. It is found that the new improved method can produce superior results.

SHE Technique For MMC Based On Modified Flying Capacitor Multicell ConverterMaifooz K. Sheikh, P. M. Meshram, V. B. BorghateAbstractModular multilevel converter (MMC) based on modified flying capacitor multicell converter has been discussed. It is a recently introduced topology which is an extension of flying capacitor multicell (FCMC) converter topology. This paper usesselective harmonic elimination(SHE) techniqueto eliminate the lower order harmonics from the inverter output and maintain the fundamental voltage.The nonlinear and transcendental equations are needed to be solved to obtain the switching angles at which the inverter must be fired. This paper presents the Newton-Raphson method to solve these nonlinear equations. There are numbers of method such as homotopy algorithm, resultant theory method, particle swarm optimization, genetic algorithm, ant colony optimization etc. to solve these non-linear equations however Newton-Raphson method is easiest of all to understand and compute. The simulations of 7-level MMC with selective harmonic elimination (SHE) technique have been carried in MATLAB/SIMULINK software.

Imperialistic Competition Based Short-term Economic Emission Dispatch of Hydrothermal Power System with Cascaded ReservoirsBiswa Ranjan Kuanr, Himanshu Shekhar, Niladri ChakrabortyAbstract In this paper an imperialistic competition algorithm (ICA) based optimization technique is presented for solving the short-term economic emission dispatch (EED) problem in a hydrothermal system with cascaded reservoirs. Various operating constraints of the hydro system such as flow rate limit, reservoir storage volume limit, dynamic water balance, power generation limit and transportation delay between cascaded reservoirs are taken into account while for thermal units valve point effects and generation limits are considered in problem formulation. The bi-objective EED problem is converted to a single objective problem by price penalty factor approach. The proposed approach is successfully implemented on a test system comprising of three thermal units and four cascaded hydro units. A comparison of the result obtained by the proposed approach with those provided by other population based meta-heuristic techniques established proposed techniques superiority both in terms of result quality and computation time.

EAOMDV: An Energy Efficient Multipath Routing Protocol for MANETPrasanta Kumar Manohari, Niranjan RayAbstract Multipath routing protocols are more popular in mobile ad hoc networks (MANETs), as they overcomes certain limitations of single-path routing. Compared to single-path routing approaches they have many advantages in term of higher throughput, lower end-to-end delay, higher energy efficiency and network lifetime. Energy efficiency is crucial requirements in many applications as nodes in MANETs are battery operated. In this paper, Energy Aware On-demand Multipath Distance Vector Routing (EAOMDV) is introduced. EAOMDV is a multipath routing protocol which selects paths between source-destination pair based on a route cost function. The cost function is computed by considering residual battery power of a node and its present traffic. We evaluate the performance of EAOMDV by comparing it with an existing protocol AOMDV [1]. Simulation results suggest that the proposed protocol has lower energy consumption and higher packet delivery ratio.Identification Of Non-linear Dynamic Systems Using Smooth Variable Structure FilterSebamai Parija, P. K. Dash, Shazia HasanAbstract This paper proposes a model based approach for nonlinear dynamic system identification, which utilizes Smooth variable structure filter (SVSF) having multi fold advantages over other adaptive filters. The SVSF is based on sliding mode control concept and can be applied to both linear and nonlinear system. Further to increase the accuracy of nonlinear chaotic system identification the memory element is tuned iteratively in the measurement matrix of SVSF. So, a self tuning approach for updating memory element is proposed, which is inversely proportional to the sample number. Further SVSF is modified by introducing a nonlinear term with square innovation error in measurement matrix to achieve higher order sliding mode control . The effect and the improvement of this modification has been verified under different test conditions. Various simulations have been carried out to show the stability and improved robustness of the proposed algorithm over other conventional methods. The mean square error obtained using this approach is found to be significantly less than other conventional methods.

Synthesis of 12-Lead ECG from a Reduced Lead Set using Singular Value DecompositionSibasankar Padhy, S. DandapatAbstract This paper presents synthesis of 12-lead Electrocardiogram (ECG) from a reduced set of leads. A patient-specific 12-lead ECG is trained using the Singular Value Decomposition (SVD) for minimum of three beat periods. Then, in the testing stage, different reduced lead sets comprising of three leads are used to reconstruct all other leads. The singular value matrix of the reduced 3-lead data is transformed to a higher dimension using a transform matrix. For evaluation purpose, the proposed method is applied to a publicly available database. It contains number of 12-lead ECG recordings with different cardiac patients data. The proposed method performs well for reconstruction of precordial leads in case of myocardial infarction. The percent correlation exceeds 97% for most of the precordial leads. After reconstruction of 12-lead ECG data, the performance of the method is measured using three measures namely percent correlation, PRD and WEDD between the original and the synthesized data.

New Features for Emotional Speech RecognitionHemanta Kumar Palo, Mihir Narayan Mohanty, Mahesh ChandraAbstractBio-medical research extends towards human voice and auditory systems day by day. Similarly it helps for the security issues. Emotion analysis and recognition for such purpose is a challenging task. To analyze and recognize, the emotions has been attempted in this piece of work. Initially, Sub-band spectral features have been extracted to characterize high arousal angry, happy, fear, surprise and neutral speech emotions. Further, two new features as spectrum and cepstrum with vector quantization has been used. Finally, simulations for robust feature have been applied to Probabilistic Neural Network (PNN) classifier for recognition and the performance. Classifier performance degrades in presence of large unknown data due to data dependency smoothing parameter over sensitization of training data. As Vector Quantization (VQ) has the ability to reduce the feature size, the modified feature sets are developed to improve the classifier robustness. Promising results have been manifested in result section.

Novel Design of Multiband Coplanar Patch Antenna for X band applicationAsmita Rajawat, Devesh Kumar, Chavi Jain, PraneetTomar, Kartik KapurAbstract The paper presents a novel design of an antenna in a finite ground coplanar waveguide (CPW) circuit. A CPW feed is further characterized by its length, width, input impedance, radiation pattern and gain. A coplanar patch antenna for single band has been proposed at 11.8 GHz with about 3.04dB gain and the design has been extended for multiband with about 5.6 dB gain and an improved bandwidth which renders uniqueness to the design. Critical and simulation results reveal that the proposed design is applicable for X-band application.

Embedded local feature based background modeling for video object detectionManisha Mandal, Pradipta Kumar NandaAbstractBackground modeling has been one of the approaches for detecting foreground in a video. The challenge is when some of the entities of

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