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AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
We are exhilarated to announce that we are stepping into adventurous 7th year with the
great support and guidance received from well wishers and business partners like you. We
would like to convey gracious thanks in the first place.
As you know we specialize in IEEE research and development projects, providing
cerebral services like Project training, guidance, research and development consultancy for
ME., M.Tech., B.E., B.Tech., and research scholars from variety of universities and
Engineering institutions.
We have exemplary team of qualified and skilled Engineers to provide innovative
results on research concepts with greater accuracy level. We have worked mostly on
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
student’s own concepts elevating it to provide unmatchable results with excellent feedback
from the students and the professors.
We are providing technical solutions in different domains in MATLAB/SIMULINK,
DSP, DIP, Embedded Systems, Wireless Communication, Wireless Sensor Networks,
NS2, OFDM, CDMA, VLSI, Cadence, Java, Dotnet , Android, Power Electronics and
Systems.
In the year of 2014-15, more than 750 students achieved ‘S’ Grade. Also 300
students published the International Journals. Our students published the Journals
listed below.
IEEE Transaction and Conference
Australian Journal of Basic and Applied Sciences
International Journal of Engineering Research & Technology (IJERT)
International Journal of Wireless Communication (IJWC)
International Journal of Engineering and Advanced Technology (IJEAT)
International Journal of Computer Applications (IJCA)
The International Journal of Engineering And Science (IJES)
International Journal of Computer Science and Information Technologies (IJCSIT)
International journal of technology enhancements and emerging engineering research
We are pleased to present the IEEE 2015-2016 titles from disparate domains for your
valuable consideration. We commit on the assurance of best services as always, for ever...
CEO’s profile
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Ramesh kumar S, Director and CEO of Averzs technologies is an Electronics
Communication Engineer with a post graduation degree (Applied Electronics) from
Anna University followed by training on Digital Signal Processing at DSP learning
center, IIT Madras. He has formidable experience of working for about 10 cognitive
years on the research and development of MATLAB, Digital Signal Processing (Audio,
Speech, ECG, EEG), Digital image processing (Image, Video, Biomedical), Wireless
communication, Wireless sensor networks, Bioinformatics.
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
ALL DOMAIN TITLES OF IEEE-2015-16 RESEARCH AND DEVELOPMENT
PROJECTS ARE LISTED BELOW
DIGITAL IMAGE PROCESSING USING MATLAB
S. No CODE TITLE YEAR
1
AVDIP1
Discriminative Clustering and Feature
Selection for Brain MRI Segmentation
IEEE
2015-
2016
2
AVDIP2
Temporal Hierarchical Adaptive Texture
CRF for Automatic Detection of
Gadolinium-Enhancing Multiple Sclerosis
Lesions in Brain MRI
IEEE
2015-
2016
3 AVDIP3 Compressed Sensing MRI via Two-stage
Reconstruction
IEEE
2015-
2016
4 AVDIP4
Fast and Adaptive Detection of Pulmonary
Nodules in Thoracic CT Images Using a
Hierarchical Vector Quantization Scheme
IEEE
2015-
2016
5 AVDIP5
Hair Enhancement in Dermoscopic Images
Using Dual-Channel Quaternion
Tubularness Filters and MRF-Based
Multilabel Optimization
IEEE
2015-
2016
6 AVDIP6 Breast Segmentation and Density Estimation IEEE
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
in Breast MRI: A Fully Automatic
Framework
2015-
2016
7 AVDIP7
Real-World and Rapid Face Recognition
towards Pose and Expression Variations via
Feature Library Matrix
IEEE
2015-
2016
8 AVDIP8 Local Stereo Matching Algorithm using
Rotation-Skeleton-Based Region
IEEE
2015-
2016
9 AVDIP9
Hyperspectral Face Recognition With
Spatiospectral Information Fusion and PLS
Regression
IEEE
2015-
2016
10 AVDIP10 Manifold Regularized Local Sparse
Representation for Face Recognition
IEEE
2015-
2016
11 AVDIP11 Iris Recognition: What Is Beyond Bit
Fragility?
IEEE
2015-
2016
12 AVDIP12
Enhanced Ridge Structure for Improving
Fingerprint Image Quality Based on a
Wavelet Domain
IEEE
2015-
2016
13 AVDIP13 Deep Representations for Iris, Face, and
Fingerprint Spoofing Detection
IEEE
2015-
2016
14 AVDIP14 Towards Contactless, Low-Cost and IEEE
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Accurate 3D Fingerprint Identification 2015-
2016
15 AVDIP15 Robust Histogram Shape-Based Method for
Image Watermarking
IEEE
2015-
2016
16 AVDIP16
A Novel Evolutionary Swarm Fuzzy
Clustering Approach for Hyperspectral
Imagery
IEEE
2015-
2016
17
AVDIP17
Hybrid Compression of Hyperspectral
Images Based on PCA With Pre-Encoding
Discriminant Information
IEEE
2015-
2016
18 AVDIP18
Multilabel Region Classification and
Semantic Linking for Colon Segmentation in
CT Colonography
IEEE
2015-
2016
19 AVDIP19 Sparse Dissimilarity-constrained Coding for
Glaucoma Screening
IEEE
2015-
2016
20 AVDIP20
Face Tracking in Unconstrained Color
Videos with the Recovery of the Location of
Lost Faces
IEEE
2015-
2016
21 AVDIP21
Median Filtered Image Quality
Enhancement and Anti-Forensics via
Variational Deconvolution
IEEE
2015-
2016
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
22 AVDIP22
An Efficient DCT-Based Image
Compression System Based on Laplacian
Transparent Composite Model
IEEE
2015-
2016
23 AVDIP23 Vector Sparse Representation of Color
image Using Quaternion Matrix Analysis
IEEE
2015-
2016
24 AVDIP24
Block-Based Spatial Prediction and
Transforms Based on 2D Markov Processes
for Image and Video Compression
IEEE
2015-
2016
25 AVDIP25 Separable data hiding in encrypted image
based on compressive sensing
IEEE
2015-
2016
26 AVDIP26 Towards Practical Self-Embedding for
JPEG-Compressed Digital Images
IEEE
2015-
2016
27 AVDIP27 Adaptive Watermarking and Tree Structure
Based Image Quality Estimation
IEEE
2015-
2016
28 AVDIP28 A Source-Channel Coding Approach to
Digital Image Protection and Self-Recovery
IEEE
2015-
2016
29 AVDIP29
Biometric Method Based On The Matching
Of Dilated And Skeletonized Ir Images Of
The Veins Map Of The Dorsum Of The
IEEE
2015-
2016
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Hand
30 AVDIP30
Superpixel Segmentation for Polarimetric
SAR Imagery Using Local Iterative
Clustering
IEEE
2015-
2016
31 AVDIP31 A Multiscale Optimization Approach to
Detect Exudates in the Macula
IEEE
2015-
2016
32 AVDIP32
Multi-Focus Image Fusion Based on Spatial
Frequency in Discrete Cosine Transform
Domain
IEEE
2015-
2016
33 AVDIP33
Quantum-Accelerated Fractal Image
Compression: An Interdisciplinary
Approach
IEEE
2015-
2016
34 AVDIP34
Learning Local Appearances With Sparse
Representation for Robust and Fast Visual
Tracking
IEEE
2015-
2016
35 AVDIP35 A Novel Feature Selection Approach Based
on FODPSO and SVM
IEEE
2015-
2016
36 AVDIP36
An Edge Preserving Multiresolution Fusion:
Use of Contourlet Transform and MRF
Prior
IEEE
2015-
2016
37 AVDIP37 Automatic Estimation of Oil Seep Locations
in Synthetic Aperture Radar Images
IEEE
2015-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2016
38 AVDIP38
Hierarchical Conditional Random Fields
Model for Semisupervised SAR Image
Segmentation
IEEE
2015-
2016
39 AVDIP39 Optimal Transport for Secure Spread-
Spectrum Watermarking of Still Images
IEEE
2015-
2016
40 AVDIP40 An Efficient MRF Embedded Level Set
Method for Image Segmentation
IEEE
2015-
2016
41 AVDIP41 Color-Direction Patch-Sparsity-Based Image
Inpainting Using Multidirection Features
IEEE
2015-
2016
42 AVDIP42 Approximation and Compression with
Sparse Orthonormal Transforms
IEEE
2015-
2016
43 AVDIP43
High Dynamic Range Image Compression
by Optimizing Tone Mapped Image Quality
Index
IEEE
2015-
2016
44 AVDIP44
Context-aware patch-based image
inpainting using Markov random field
modelling
IEEE
2015-
2016
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
45 AVDIP45
Content-Based Image Retrieval Using
Features Extracted From Halftoning-Based
Block Truncation Coding
IEEE
2015-
2016
46 AVDIP46 Learning Fingerprint Reconstruction: From
Minutiae to Image
IEEE
2015-
2016
47 AVDIP47 StirTraceV2.0: Enhanced Benchmarking
and Tuning of Printed Fingerprint Detection
IEEE
2015-
2016
48 AVDIP48 Hill-Climbing Attacks on Multi-Biometrics
Recognition Systems
IEEE
2015-
2016
49 AVDIP49 Tampering Detection in Compressed Digital
Video Using Watermarking
IEEE
2015-
2016
50 AVDIP50
A Nonlinear Biomechanical Model Based
Registration Method for Aligning Prone and
Supine MR Breast Images
IEEE
2015-
2016
51 AVDIP51
Analysis of Structural Similarity in
Mammograms for Detection of Bilateral
Asymmetry
IEEE
2015-
2016
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
52 AVDIP52
Graph-Based Airway Tree Reconstruction
From Chest CT Scans: Evaluation of
Different Features on Five Cohorts
IEEE
2015-
2016
53 AVDIP53
3-D Adaptive Sparsity Based Image
Compression With Applications to Optical
Coherence Tomography
IEEE
2015-
2016
54 AVDIP54
A Novel Multiple-Instance Learning-Based
Approach to Computer-Aided Detection of
Tuberculosis on Chest X-Rays
IEEE
2015-
2016
55 AVDIP55
Free-Breathing Diffusion Tensor Imaging
and Tractography of the Human Heart in
Healthy Volunteers Using Wavelet-Based
Image Fusion
IEEE
2015-
2016
56 AVDIP56
Multi-Resolution Disparity Processing and
Fusion for Large High-Resolution Stereo
Image
IEEE
2015-
2016
57 AVDIP57 Block-Sparse RPCA for Salient Motion
Detection
IEEE
2015-
2016
58 AVDIP58 Perceptual Quality Assessment for Multi-
Exposure Image Fusion
IEEE
2015-
2016
59 AVDIP59 Diffuse optical tomography enhanced by
clustered sparsity for functional brain
imaging
IEEE
2015-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2016
WIRELESS COMMUNICATION SYSTEMS USING MATLAB
S.No CODE TITLE YEAR
1 ACM01
Spectrum Monitoring Using Energy Ratio
Algorithm for OFDM-Based Cognitive Radio
Networks
IEEE
2015-
2016
2 ACM02 Theoretical Analysis of Power Saving in
Cognitive Radio With Arbitrary Inputs
IEEE
2015-
2016
3 ACM03
Joint PAPR Reduction and Side-lobe
Suppression Using Signal Cancellation in NC-
OFDM Based Cognitive Radio Systems
IEEE
2015-
2016
4 ACM04 Energy Harvesting for Two-Way OFDM IEEE
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Communications under Hostile Jamming 2015-
2016
5 ACM05
Priori-Information Aided Iterative Hard
Threshold: A Low-Complexity High-Accuracy
Compressive Sensing Based Channel
Estimation for TDS-OFDM
IEEE
2015-
2016
6 ACM06 Eavesdropping-Resilient OFDM System Using
Sorted Subcarrier Interleaving
IEEE
2015-
2016
7 ACM07
Bioinformatics-Inspired Quantized Hard
Combination-Based Abnormality Detection for
Cooperative Spectrum Sensing in Cognitive
Radio Networks
IEEE
2015-
2016
8 ACM08 Time-Frequency Joint Sparse Channel
Estimation for MIMO-OFDM Systems
IEEE
2015-
2016
9 ACM09 Analysis and Design of Channel Estimation in
Multi-cell Multi-user MIMO OFDM Systems
IEEE
2015-
2016
10 ACM10 Low Complexity BICM MIMO OFDM
Demodulator
IEEE
2015-
2016
11 ACM11 Blind Channel Estimation for MIMO-OFDM
Systems with Low Order Signal Constellation
IEEE
2015-
2016
12 ACM12
Joint Resource Allocation for Throughput
Enhancement in Cognitive Radio Femtocell
Networks
IEEE
2015-
2016
13
ACM13
VLSI
BASED
An RLS Tracking and Iterative Detection
Engine for Mobile MIMO-OFDM Systems
IEEE
2015-
2016
14 ACM14 Robust Resource Optimization for Cooperative
Cognitive Radio Networks with Imperfect CSI
IEEE
2015-
2016
15 ACM15 A Study of Wireless Indoor Positioning based
on Joint TDOA and DOA Estimation Using 2-D
IEEE
2015-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Matrix Pencil Algorithms and IEEE 802.11ac 2016
16 ACM16 Novel Frequency-Domain Oversampling
Receiver for CP MC-CDMA Systems
IEEE
2015-
2016
17 ACM17
Cooperative AF Relaying with Beamforming
and Limited Feedback in Cognitive Radio
Networks
IEEE
2015-
2016
18 ACM18
Statistical Delay QoS Protection for Primary
Users in Cooperative Cognitive Radio
Networks
IEEE
2015-
2016
19 ACM19 Multicast Linear Precoding for MIMO-OFDM
Systems
IEEE
2015-
2016
20 ACM20 Unified MIMO-Multicarrier Designs: A Space-
Time Shift Keying Approach
IEEE
2015-
2016
21 ACM21 Simplified Detection for DVB-NGH MIMO
Decoders
IEEE
2015-
2016
22 ACM22 Spectrum Refarming: A New Paradigm of
Spectrum Sharing for Cellular Networks
IEEE
2015-
2016
23 ACM23
SACRP: A Spectrum Aggregation-Based
Cooperative Routing Protocol for Cognitive
Radio Ad-Hoc Networks
IEEE
2015-
2016
24 ACM24
Cross-Layer Resource Allocation for Video
Streaming Over OFDMA Cognitive Radio
Networks
IEEE
2015-
2016
25 ACM25
Secure Robust Ergodic Uplink Resource
Allocation in Relay-Assisted Cognitive Radio
Networks
IEEE
2015-
2016
26 ACM26 Generalized Selection Combining for Cognitive
Relay Networks Over Nakagami- Fading
IEEE
2015-
2016
27 ACM27 Iterative Channel Estimation using Virtual
Pilot Signals for MIMO-OFDM Systems
IEEE
2015-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2016
28 ACM28 Analysis and Design of Channel Estimation in
Multi-cell Multi-user MIMO OFDM Systems
IEEE
2015-
2016
29 ACM29 Cooperative Relay Selection in Cognitive Radio
Networks
IEEE
2015-
2016
30 ACM30
Performance Analysis of a Cognitive Radio
Contention-Aware Channel Selection
Algorithm
IEEE
2015-
2016
31 ACM31
Cognitive Multiple-Antenna Network with
Outage and Rate Margins at the Primary
System
IEEE
2015-
2016
32 ACM32 Cooperative Sensing Scheduling for Energy-
Efficient Cognitive Radio Networks
IEEE
2015-
2016
33 ACM33 Adaptive Random Access for Cooperative
Spectrum Sensing in Cognitive Radio Networks
IEEE
2015-
2016
34 ACM34
Beamforming for Multiuser MIMO-OFDM
Interference Channels With Multipath
Diversity
IEEE
2015-
2016
35 ACM35 Design of Joint Sparse Graph for OFDM
System
IEEE
2015-
2016
36 ACM36
A MAC Protocol for Link Maintenance in
Multichannel Cognitive Radio Ad Hoc
Networks
IEEE
2015-
2016
MATLAB TITLES IN DIGITAL SIGNAL PROCESSING
S.No CODE TITLE YEAR
1 ADSP01 A Memristor-Based Continuous-Time Digital
FIR Filter for Biomedical Signal Processing
IEEE
2015
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2 ADSP02
Graphics Processor Unit Based Parallelization
of Optimized Baseline Wander Filtering
Algorithms for Long-term
Electrocardiography
IEEE
2015
3 ADSP03
A Power-Line Interference Canceler Based on
Sliding DFT Phase Locking Scheme for ECG
Signals
IEEE
2015
4 ADSP04
ECG Signal Denoising by Using Least-Mean-
Square and Normalised-Least-Mean-Square
Algorithm Based Adaptive Filter
IEEE
2015
5 ADSP05
Performance of Wavelet Filters for ECG
Compression based on Linear Predictive
Coding using Different Thresholding
Functions
IEEE
2015
6 ADSP06 A Memristor-Based Continuous-Time Digital
FIR Filter for Biomedical Signal Processing
IEEE
2015
7 ADSP07 Speech Emotion Recognition Using Fourier
Parameters
IEEE
2015
8 ADSP08
Speech Emotion Verification Using Emotion
Variance Modeling and Discriminant Scale-
Frequency Maps
IEEE
2015
9 ADSP09 IEEE
2015
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
EMBEDDED SYSTEMS IEEE TITLES 2015-2016
EMBEDDED SYSTEMS
S.N
o Title Code
Yea
r
1 Wireless ARM-Based Automatic Meter Reading &
Control System (WAMRCS)
AVEMB0
1 2015
2 ZigBee-Based Irrigation System for Home Gardens AVEMB0
2 2015
3 Photosensitive Security System for Theft Detection and
Control using GSM technology
AVEMB0
3 2015
4 Android phone controlled Voice , Gesture and Touch
screen operated Smart Wheelchair
AVEMB0
4 2015
5
Harvested Power Wireless Sensor Network Solution
for Disaggregated Current Estimation in Large
Buildings
AVEMB0
5 2015
6 RFID-based System for School Children
Transportation Safety Enhancement
AVEMB0
6 2015
7 Robust UAV Relative Navigation With DGPS, INS,
and Peer-to-Peer Radio Ranging
AVEMB0
7 2015
8 A Road Congestion Detection System Using
Undedicated Mobile Phones
AVEMB0
8 2015
9 A Delay-Aware Probability-based MAC Protocol for
Underwater Acoustic Sensor Networks
AVEMB0
9 2015
10 3-D Model-Based Tracking for UAV Indoor
Localization
AVEMB1
0 2015
11
A Runtime Integrity Monitoring Framework for Real-
Time Relative Positioning Systems Based on GPS and
DSRC
AVEMB1
1 2015
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
12
Improving Wireless LAN Throughput by Using
Concurrent Transmissions From Multiple Access
Points Based on Location of Mobile Hosts
AVEMB1
2 2015
13 An Efficient HOS-Based Gait Authentication of
Accelerometer Data
AVEMB1
3 2015
14 An Efficient Scheme for Tag Information Update in
RFID Systems on Roads
AVEMB1
4 2015
15 Continuous Role Adaptation for Human–Robot
Shared Control AVEMB15 2015
16
Artificial Co-Drivers as a Universal Enabling
Technology for Future Intelligent Vehicles and
Transportation Systems
AVEMB16 2015
17
Design and Implementation of An ECC-Based
Digital Baseband
Controller for RFID Tag Chip
AVEMB17 2015
18 An Indoor Broadband Broadcasting System Based
on PLC and VLC AVEMB18 2015
19 End-to-End Communication Delay Analysis in
Industrial Wireless Networks AVEMB19 2015
20 GSM based interactive voice response system for
wireless load control and monitoring AVEMB20 2015
21
Impact of Wind-Based Distributed Generation on
Electric Energy in Distribution Systems Embedded
With Electric Vehicles
AVEMB21 2015
22 Integration of MEMS Inertial and Pressure Sensors AVEMB22 2015
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
for Vertical Trajectory Determination
23 Optimal Charging in Wireless Rechargeable Sensor
Networks AVEMB23 2015
24 Human–Computer Interface Controlled by the Lip AVEMB24 2015
25 RFID Technology for Continuous Monitoring of
Physiological Signals in Small Animals AVEMB25 2015
26 Smart Home for Elderly Care, based on Wireless
Sensor Network AVEMB26 2015
27 UHF RFID Localization Based on Phase Evaluation
of Passive Tag Arrays AVEMB27 2015
28
Implementing Intelligent Traffic Control System for
Congestion Control, Ambulance Clearance, and
Stolen Vehicle Detection
AVEMB28 2015
29 Integrated Sensing Systems and Algorithms for
Solid Waste Bin State Management Automation AVEMB29 2015
30 Wireless Sensor Networks for Condition Monitoring
in the Railway Industry: A Survey AVEMB30
2015
31
An Inertial Pen With Dynamic Time Warping
Recognizer for Handwriting and Gesture
Recognition
AVEMB31 2015
32 Automatic Detection and Notification of Potholes
and Humps on Roads to Aid Drivers AVEMB32 2015
33 Bus Detection System for Blind People using RFID AVEMB33 2015
34 Embedded Wireless Data Acquisition System for
Unmanned Vehicle in Underwater Environment AVEMB34
2015
35 Travolution-An Embedded System in Passenger Car
for Road Safety AVEMB35
2015
36 WSN-Based Smart Sensors and Actuator for Power
Management in Intelligent Buildings AVEMB36
2015
37 Protocol for Improved Energy Efficiency in Wireless AVEMB37 2015
AVERZS TECHNOLOGIES A leading Research and Development Division
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Sensor Networks to Support Mobile Robots
38 Wireless Sensor Network-based Remote Diesel-level
Monitoring System AVEMB38
2015
39 Tongue Assistive Pilot System For Disabled
Wheeled Mobility AVEMB39 2014
40 RFID based undermining system with wireless
sensor networks AVEMB40 2014
41 Automatic Vehicle Accident Detection System Based
On GSM ,GPS And RFID Technology AVEMB41 2014
42
Design and Implementation of Shaped Magnetic-
Resonance-Based Wireless Power Transfer System
for Roadway-Powered Moving Electric Vehicles
AVEMB42 2014
43 RFID Coordinate Registration For Agricultural
Process Sensing AVEMB43 2014
44 Location-Aware and Safer Cards: Enhancing RFID
Security and Privacy via Location Sensing AVEMB44 2014
45 Bank locker security system using GSM technology AVEMB45 2014
46 Family Card Security System Using Biometric
Device AVEMB46
2014
47 Exploiting ZigBee in Reducing WiFi Power
Consumption for Mobile Devices AVEMB47
2014
SANDWICH PROJECTS AVERZS IEEE 2015
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
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DIGITAL IMAGE PROCESSING USING HARDWARE AND SOFTWARE
DIGITAL IMAGE PROCESSING USING EMBEDDED SYSTEMS WITH
MATLAB
AVERZS IEEE 2015
EMDIP1
REAL-WORLD AND RAPID FACE RECOGNITION TOWARDS POSE AND
EXPRESSION VARIATIONS VIA FEATURE LIBRARY MATRIX AVERZS
IEEE 2015
This paper presents an automated system for human face recognition in a real time
background world for a large homemade dataset of persons face. The task is very
difficult as the real time background subtraction in an image is still a challenge.
Addition to this there is a huge variation in human face image in terms of size, pose
and expression. In this paper, a novel method for face recognition under pose and
expression variations is proposed from only a single image in the gallery. 3D
Probabilistic Facial Expression Recognition Generic Elastic Model (3D PFER-GEM)
is proposed to reconstruct a 3D model from real-world human face using only a single
2D frontal image with/without facial expressions. Then, a Feature Library Matrix
(FLM) is generated for each subject in the gallery from all face poses by rotating the
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
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3D reconstructed models and extracting features in the rotated face pose. Therefore,
each FLM is subsequently rendered for each subject in the gallery based on triplet
angles of face poses. Also, before matching the FLM, an initial estimate of triplet
angles is obtained from the face pose in probe images using an automatic head pose
estimation approach. Then, an array of the FLM is selected for each subject based on
the estimated triplet angles. Finally, the selected arrays from FLMs are compared with
extracted features from the probe image by iterative scoring classification using the
support vector machine.
EMDIP2
HYPERSPECTRAL FACE RECOGNITION WITH SPATIOSPECTRAL
INFORMATION FUSION AND PLS REGRESSION
AVERZS IEEE 2015
The luminance insensitivity that reflects the angle of human facial aspects occurs once
the distance between the object and the camera is too different such as animated
images. This has been a problem for facial recognition system for decades. For this
reason, our study represents a novel technique for facial recognition through the
implementation of Successes Mean Quantization Transform and Spare Network of
Winnow with the assistance of Eigen-face computation. After having limited the
frame of the input image or images from Web-Cam, the image is cropped into an oval
or eclipse shape. Then the image is transformed into greyscale color and is normalized
in order to reduce colour complexities. We also focus on the special characteristics of
AVERZS TECHNOLOGIES A leading Research and Development Division
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human facial aspects such as nostril areas and oral areas. After every essential aspect
is scrutinized, the input image goes through the recognition system for facial
identification. In some cases where the input image from the Web-Cam does not exist
in the database, the user will be notified for the error handled. Hyper-spectral imaging
offers new opportunities for face recognition via improved discrimination along the
spectral dimension. However, it poses new challenges, including low signal-to-noise
ratio, inter-band misalignment, and high data dimensionality. Due to these challenges,
the literature on hyper-spectral face recognition is not only sparse but is limited to ad
hoc dimensionality reduction techniques and lacks comprehensive evaluation. We
propose a hyper-spectral face recognition algorithm using a spatio-spectral covariance
for band fusion and partial least square regression for classification. Moreover, we
extend 13 existing face recognition techniques, for the first time, to perform hyper-
spectral face recognition. We formulate hyper-spectral face recognition as an image-
set classification problem and evaluate the performance of seven state-of-the-art
image-set classification techniques. We also test six state-of-the-art gray scale and
RGB (color) face recognition algorithms after applying fusion techniques on hyper-
spectral images.
EMDIP3
MANIFOLD REGULARIZED LOCAL SPARSE REPRESENTATION FOR
FACE RECOGNITION
AVERZS IEEE 2015
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
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We present a real-time liveness detection approach against photograph spoofing in
face recognition. The approach requires no extra hardware except for a generic web-
camera. For purpose of quick and accurate recognition of the blink behaviour, eye
closity, an easily-computed discriminative measure derived from the adaptive
boosting algorithm, is developed, and then smoothly embedded into the conditional
model. An extensive set of experiments are presented to show effectiveness of our
approach and how it outperforms the cascaded Adaboost and HMM in task of
eyeblink detection. Sparse representation (or sparse coding) based classification has
been successfully applied to face recognition. However, it can become problematic in
the presence of illumination variations or occlusions. In this paper, we propose a
Manifold Regularized Local Sparse Representation (MRLSR) model to address such
difficulties. The key idea behind the MRLSR method is that all coding vectors in
sparse representation should be group sparse, which means holding the two properties
of both individual sparsity and local similarity. As a consequence, the face recognition
rate can be considerably improved. The MRLSR model is optimized by the modified
homotopy algorithm, which keeps stable under different choices of the weighting
parameter. Extensive experiments are performed on various face databases, which
contain illumination variations and occlusions. We show that the proposed method
outperforms the state-of-theart approaches, and provides the highest recognition rate.
EMDIP4
ENHANCED RIDGE STRUCTURE FOR IMPROVING FINGERPRINT
IMAGE QUALITY BASED ON A WAVELET DOMAIN
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
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AVERZS IEEE 2015
Fingerprint image enhancement is one of the most crucial steps in an automated
fingerprint identification system. In this paper, an effective algorithm for fingerprint
image quality improvement is proposed. The algorithm consists of two stages. The
first stage is decomposing the input fingerprint image into four subbands by applying
two-dimensional discrete wavelet transform. At the second stage, the compensated
image is produced by adaptively obtaining the compensation coefficient for each
subband based on the referred Gaussian template. The experimental results indicated
that the compensated image quality was higher than that of the original image. The
proposed algorithm can improve the clarity and continuity of ridge structures in a
fingerprint image. Therefore, it can achieve higher fingerprint classification rates than
related methods can.
EMDIP5
DEEP REPRESENTATIONS FOR IRIS, FACE, AND FINGERPRINT
SPOOFING DETECTION
AVERZS IEEE 2015
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 spoofing detection, current solutions often rely on domain knowledge,
specific biometric reading systems, and attack types. We assume a very limited
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
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knowledge about biometric spoofing at the sensor to derive outstanding spoofing
detection systems for iris, face, and fingerprint modalities based on two deep learning
approaches. The first approach consists of learning suitable convolutional network
architectures for each domain, whereas the second approach focuses on learning the
weights of the network via back propagation. We consider nine biometric spoofing
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 spoofing detection systems based on convolutional
networks can be robust to attacks already known and possibly adapted, with little
effort, to image-based attacks that are yet to come.
EMDIP6
TOWARDS CONTACTLESS, LOW-COST AND ACCURATE 3D
FINGERPRINT IDENTIFICATION
AVERZS IEEE 2015
Human identification using fingerprint impressions has been widely studied and
employed for more than 2000 years. Despite new advancements in the 3D imaging
technologies, widely accepted representation of 3D fingerprint features and matching
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
methodology is yet to emerge. This paper investigates 3D representation of widely
employed 2D minutiae features by recovering and incorporating (i) minutiae height z
and (ii) its 3D orientation f information and illustrates an effective matching strategy
for matching popular minutiae features extended in 3D space. One of the obstacles of
the emerging 3D fingerprint identification systems to replace the conventional 2D
fingerprint system lies in their bulk and high cost, which is mainly contributed from
the usage of structured lighting system or multiple cameras. This paper attempts to
addresses such key limitations of the current 3D fingerprint technologies by
developing the single camera-based 3D fingerprint identification system. We develop
a generalized 3D minutiae matching model and recover extended 3D fingerprint
features from the reconstructed 3D fingerprints. 2D fingerprint images acquired for
the 3D fingerprint reconstruction can themselves be employed for the performance
improvement and have been illustrated in the work detailed in this paper. This paper
also attempts to answer one of the most fundamental questions on the availability of
inherent discriminable information from 3D fingerprints. The experimental results are
presented on a database of 240 clients 3D fingerprints, which is made publicly
available to further research efforts in this area, and illustrate the discriminant power
of 3D minutiae representation and matching to achieve performance improvement.
EMDIP7
IRIS RECOGNITION: WHAT IS BEYOND BIT FRAGILITY?
AVERZS IEEE 2015
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
The concept of fragility of some bits in the iris codes regards exclusively their within-
class variation, i.e., the probability that they take different values in templates
computed from different images of the same iris. This paper extends that concept, by
noticing that a similar phenomenon occurs for the between-classes comparisons, i.e.,
some bits have higher probability than others of assuming a predominant value, which
was observed for near-infrared and (in a more evident way) for visible wavelength
data. Accordingly, we propose a new measure (bit discriminability) that considers
both the within-class and between-classes variabilities, and has roots in the Fisher
discriminant. Based on the bit discriminability, we compare the usefulness of the
different regions of the iris for biometric recognition, with respect to multispectral
data and to different filters parameterizations. Finally, we measure the amount of
information lost in codes quantization, which gives insight to further research on iris
matching strategies that consider both phase and magnitude. Albeit augmenting the
computational burden of recognition, such kind of strategies will consistently improve
performance, particularly in poor-quality data.
NS2 IEEE TITLES 2015-2016
S.No CODE TITLE YEAR
1 AVNS01
A Lightweight Secure Scheme for Detecting
Provenance Forgery and Packet Drop Attacks
in Wireless Sensor Networks
IEEE
2015-
2016
2 AVNS02 CoCoWa: A Collaborative Contact-based
Watchdog for Detecting Selfish Nodes
IEEE
2015-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2016
3 AVNS03
Cooperative Load Balancing and Dynamic
Channel Allocation for Cluster-based Mobile
Ad Hoc Networks.
IEEE
2015-
2016
4 AVNS04
Defending Against Collaborative Attacks by
Malicious Nodes in MANETs: A Cooperative
Bait Detection Approach
IEEE
2015-
2016
5 AVNS05
EMC3: Energy-Efficient Data Transfer in
Mobile Crowdsensing under Full Coverage
Constraint
IEEE
2015-
2016
6 AVNS06
Toward Green Power Allocation in Relay-
Assisted Multiuser Networks: A Pricing-Based
Approach
IEEE
2015-
2016
7 AVNS07
Memory Dynamics and Transmission
Performance of Bundle Protocol (BP) in Deep-
Space Communications
IEEE
2015-
2016
8 AVNS08
An Efficient Cluster-Tree based Data
Collection Scheme for Large Mobile Wireless
Sensor Networks
IEEE
2015-
2016
9 AVNS09 improving the Network Lifetime of MANETs
Through Cooperative MAC Protocol Design
IEEE
2015-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2016
10 AVNS10
A Novel En-route Filtering Scheme against
False Data Injection Attacks in Cyber-Physical
Networked Systems
IEEE
2015-
2016
11 AVNS11
Privacy-Preserving and Truthful Detection of
Packet Dropping Attacks in Wireless Ad Hoc
Networks
IEEE
2015-
2016
12 AVNS12 Multiple Sink Deployment in Multi-Hop
Wireless Sensor Networks to Enhance Lifetime
IEEE
2015-
2016
13
AVNS13
A novel outlier detection model based on One
Class Principal Component Classifier in
Wireless Sensor Network
IEEE
2015-
2016
14 AVNS14 Review on Data Mining Techniques in
Wireless Sensor Networks
IEEE
2015-
2016
15 AVNS15 Virtualization of Wireless Sensor Network
with Efficient Power Saving Scheme
IEEE
2015-
2016
16 AVNS16 Novel Approach to Extract a Secret Key from
Channel Measurements in WSN
IEEE
2015-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2016
17 AVNS17
Improving the Energy Efficiency of a Clock
Synchronization Protocol for WSNs using a
TDMA-based MAC Protocol
IEEE
2015-
2016
18 AVNS18
Cellular Underwater Wireless Optical CDMA
Network: Performance Analysis and
Implementation Concepts
IEEE
2015-
2016
19 AVNS19 Analysis of the Effect of Vignetting on MIMO
Optical Wireless Systems Using Spatial OFDM
IEEE
2015-
2016
20 AVNS20 Iterative Receiver for Hybrid Asymmetrically
Clipped Optical OFDM
IEEE
2015-
2016
21 AVNS21
Scalable and Reconfigurable All-Optical VPN
for OFDM-Based Metro-Access Integrated
Network
IEEE
2015-
2016
22 AVNS22 MDPSK based Non-Equalization OFDM for
Coherent Free-Space Optical Communication
IEEE
2015-
2016
23 AVNS23 Adaptive Modulation Schemes for Visible
Light Communications
IEEE
2015-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2016
24 AVNS24 DC-Biased Optical OFDM for IM/DD Passive
Optical Network Systems
IEEE
2015-
2016
25 AVNS25 Fiber-Wireless-Fiber Link for DFT-Spread
OFDM Signal Transmission at W-Band
IEEE
2015-
2016
26 AVNS26 Multi-Tap Equalization for Performance
Improvement in Optical Fast OFDM Systems
IEEE
2015-
2016
27 AVNS27
Design of WDM-RoF-PON Based on Improved
OFDM Mechanism and Optical Coherent
Technology
IEEE
2015-
2016
28 AVNS28
IEEE
2015-
2016
29 AVNS29 A Novel Approach to Trust Management in
Unattended Wireless Sensor Networks.
IEEE
2014-
2015
30 AVNS30 Achieving k-Barrier Coverage in Hybrid
Directional Sensor Networks.
IEEE
2014-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2015
31 AVNS31
Joint Optimization of User-Experience and
Energy-Efficiency in Wireless Multimedia
Broadcast.
IEEE
2014-
2015
32 AVNS32 Multiple Mobile Data Offloading Through
Disruption Tolerant Networks.
IEEE
2014-
2015
33 AVNS33
Energy-Optimum Throughput and Carrier
Sensing Rate in CSMA-Based Wireless
Networks.
IEEE
2014-
2015
34 AVNS34 Fully Distributed Algorithms for Minimum
Delay Routing Under Heavy Traffic.
IEEE
2014-
2015
35 AVNS35
Analysis of an Instantaneous Packet Loss
Based Vertical Handover Algorithm for
Heterogeneous Wireless Networks.
IEEE
2014-
2015
36 AVNS36 KNN Query Processing Methods in Mobile Ad
Hoc Networks.
IEEE
2014-
2015
37 AVNS37 Iterative Group Splitting Algorithm For
Opportunistic Scheduling Systems.
IEEE
2014-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
2015
38 AVNS38 Leveraging Social Networks for P2P Content-
Based File Sharing in Disconnected MANETs.
IEEE
2014-
2015
39 AVNS39 Video Dissemination over Hybrid Cellular and
Ad Hoc Networks
IEEE
2014-
2015
40 AVNS40
Energy-Efficient Reliable Routing Considering
Residual Energy in Wireless Ad Hoc
Networks.
IEEE
2014-
2015
41 AVNS41
RF-MAC: A Medium Access Control Protocol
for Re-Chargeable Sensor Networks Powered
by Wireless Energy Harvesting
IEEE
2014-
2015
42 AVNS42 A Probabilistic based Redundancy Control
Algorithm for Wireless Sensor Network
IEEE
2014-
2015
43 AVNS43 Efficient Data Collection in Wireless Sensor
Networks with Path-Constrained Mobile Sinks
IEEE
2014-
2015
44 AVNS44 Optimal Coordination of Mobile Sensors for
Target Tracking Under Additive and
IEEE
2014-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Multiplicative Noises 2015
45 AVNS45 Cell Zooming for Cost-Efficient Green
Cellular Networks
IEEE
2014-
2015
46 AVNS46 Security Analysis of Handover Key
Management in 4G LTE/SAE Networks
IEEE
2014-
2015
47 AVNS47
ALBA-R: Load-Balancing Geographic
Routing Around Connectivity Holes in
Wireless Sensor Networks
IEEE
2014-
2015
48 AVNS48
Improving Spectrum Efficiency via In-
Network Computations in Cognitive Radio
Sensor Networks
IEEE
2014-
2015
49 AVNS49
An Optimal Scheduling Algorithm for
Maximizing Throughput in WiMAX Mesh
Networks
IEEE
2014-
2015
50 AVNS50 A Resource Allocation Scheme for Scalable
Video Multicast in WiMAX Relay Networks
IEEE
2014-
2015
51 AVNS51 Placement of Rechargeable Routers based on
Proportional Fairness in Green Mesh
IEEE
2014-
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Networks 2015
AVERZS TECHNOLOGIES VLSI 2015-16 RESEARCH AND DEVELOPMENT
PROJECT TITLES
S.no Code FPGA Titles Year
1
AVFP-01
Radix-2r Arithmetic for Multiplication by a
Constant
2014
2 AVFP-02 Concurrent Online BIST for Sequential circuits
Exploiting Input Reduction and output Space
Compaction
2014
3 AVFP-03 High-Throughput Cognitive-Amplification Detector
for LDPC Decoders
2014
4 AVFP-04 Input Vector Monitoring Concurrent BIST
Architecture Using SRAM Cells
2014
5 AVFP-05 Area–Delay–Power Efficient Carry-Select Adder 2014
6 AVFP-06 Continuous-flow Parallel Bit-Reversal Circuit for
MDF and MDC FFT Architectures
2014
7 AVFP-07 A Scalable MIMO Detector Processor With Near-
ASIC Energy Efficiency
2014
8 AVFP-08 Energy Efficient Programmable MIMO Decoder
Accelerator Chip in 65-nm CMOS
2014
9 AVFP-09 Multimode Radix-4 SISO Kernel Design for
Turbo/LDPC Decoding
2014
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
10 AVFP-10 Area-Delay-Power Efficient Fixed-Point LMS
Adaptive Filter With Low Adaptation-Delay
2014
11 AVFP-11 A Fast Application-Based Supply Voltage
Optimization Method for Dual Voltage FPGA
2014
12 AVFP-12 An Ultralow Power Multirate FSK Demodulator
With Digital-Assisted Calibrated Delay-Line Based
Phase Shifter for High-Speed Biomedical Zero-IF
Receivers
2014
13 AVFP-13 Enhanced Memory Reliability Against Multiple Cell
Upsets Using Decimal Matrix Code
2014
14 AVFP-14 High-Performance H.264/AVC Intra-Prediction
Architecture for Ultra High Definition Video
Applications
2014
15 AVFP-15 ASIC and FPGA Implementation of the Gaussian
Mixture Model Algorithm for Real-Time
Segmentation of High Definition Video
2014
16 AVFP-16 High-Throughput and Low-Complexity BCH
Decoding Architecture for Solid-State Drives
2014
17 AVFP-17 Nonbinary LDPC Decoder Based on Simplified
Enhanced Generalized Bit-Flipping Algorithm
2014
18 AVFP-18 A 2-D Interpolation-Based QRD Processor With
Partial Layer Mapping for MIMO-OFDM Systems
2014
19 AVFP-19 Digitally Controlled Pulse Width Modulator for On-
Chip Power Management
2014
20 AVFP-20 High-Throughput Multistandard Transform Core
Supporting MPEG/H.264/VC-1 Using Common
2014
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Sharing Distributed Arithmetic
21 AVFP-21 Algorithm and Architecture for a Low-Power
Content-Addressable Memory Based on Sparse
Clustered Networks
2014
22 AVFP-22 A Variation-Aware Preferential Design Approach
for Memory-Based Reconfigurable Computing
2014
23 AVFP-23 Novel Reconfigurable Hardware Architecture for
Polynomial Matrix Multiplications
2014
24 AVFP-24 Single-Bit Pseudoparallel Processing Low-
Oversampling Delta–Sigma Modulator Suitable for
SDR Wireless Transmitters
2014
25 AVFP-25 VHDL Implementation of UART with BIST
capability
2013
S.no Code Low Power ASIC
Titles
Year
26 AVLP-01 Universal Set of CMOS Gates for the Synthesis of
Multiple Valued Logic Digital Circuits
2014
27 AVLP-02 Synthesis of Dual-Rail Adiabatic Logic for Low
Power Security Applications
2014
28 AVLP-03 Novel Class of Energy-Efficient Very High-Speed
Conditional Push–Pull Pulsed Latches
2014
29 AVLP-04 A Voltage-Based Leakage Current Calculation
Scheme and its Application to Nanoscale MOSFET
and FinFET Standard-Cell Designs
2014
30 AVLP-05 Analysis and Design of a Low-Voltage Low-Power 2014
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Double-Tail Comparator
31 AVLP-06 A 17-nW, 0.5V, 500S/s, Rail-to-Rail SAR ADC
with 8.1 Effective Number of Bits
2014
32 AVLP-07 Asynchronous Domino Logic Pipeline Design Based
on Constructed Critical Data Path
2014
33 AVLP-08 In Situ Power Gating Efficiency Learner for
Fine-Grained Self-Adaptive Power Gating
2014
34 AVLP-09 A Fused Floating-Point Three-Term Adder 2014
35 AVLP-10 A 6-Bit 1 GS/s Pipeline ADC Using Incomplete
SettlingWith Background Sampling-Point
Calibration
2014
36 AVLP-11 Area–Delay–Power Efficient Carry-Select Adder 2014
37 AVLP-12 Low-Power Pulse-Triggered Flip-Flop Design Based
on a Signal Feed-Through
2014
38 AVLP-13 Input Vector Monitoring Concurrent BIST
Architecture
Using SRAM Cells
2014
39 AVLP-14 A Compensation Technique forTwo-Stage
Differential OTAs
2014
40 AVLP-15 Logical Effort for CMOS-Based
Dual Mode Logic Gates
2014
41 AVLP-16 Low-Dropout Voltage Source: An Alternative
Approach for Low-Dropout Voltage Regulators
2014
42 AVLP-17 Level-Converting Retention Flip-Flop for Reducing
Standby Power in ZigBeeSoCs
2014
43 AVLP-18 Current-Comparison-Based Domino: New 2013
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
Low-Leakage High-Speed Domino Circuit for Wide
Fan-In Gates
44 AVLP-19 Power-Up Sequence Control for MTCMOS Designs 2013
45 AVLP-20 K-Algorithm: An Improved Booth’s Recoding for
Optimal Fault-Tolerant Reversible Multiplier
2013
46 AVLP-21 Design of Ternary Logic Combinational Circuits
Based on Quantum Dot Gate FETs
2013
47 AVLP-22 Dual-Level Adaptive Supply Voltage
System for Variation Resilience
2013
48 AVLP-23 0.6mW 6.3 GHz 40nm CMOS divide-by-2/3
prescaler using heterodyne phase-locking technique
2013
49 AVLP-24 Low-Power Level Shifter for Multi-Supply Voltage
Designs
2013
50 AVLP-25 Reconsidering High-Speed Design Criteria for
Transmission-Gate-Based Master–Slave Flip-Flops
2013
DOTNET PROJECT TITLES – 2014
CLOUD COMPUTING
S.NO PROJECT
CODE
PROJECT TITLE
1 AV14CC001 Compatibility-aware Cloud Service Composition Under
Fuzzy Preferences of Users.
2 AV14CC002 Multi-Objective Game Theoretic Scheduling of Bag-of-
Tasks Workflows on Hybrid Clouds.
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
3 AV14CC003 Scalable Analytics for IaaS Cloud Availability.
4 AV14CC004 Transformation-Based Monetary Cost Optimizations for
Workflows in the Cloud.
5 AV14CC005 Integrity for Join Queries in the Cloud.
6 AV14CC006 Hybrid Attribute- and Re-Encryption-Based Key
Management for Secure and Scalable Mobile Applications
in Clouds.
DATA MINING
S.NO PROJECT CODE PROJECT TITLE
1 AV14DM001 Answering Why-Not Questions on Top-K
Queries
2 AV14DM002 Authentication of k Nearest Neighbor Query on
Road Networks
3 AV14DM003 On the use of Side Information for Mining Text
Data
4 AV14DM004 Efficient Prediction of Difficult Keyword Queries
over Databases
5 AV14DM005 BestPeer++: A Peer-to-Peer Based
Large-Scale Data Processing Platform
6 AV14DM006 A K-Main Routes Approach to Spatial Network
Activity Summarization: A
Summary of Results
7 AV14DM007 A Generic Framework for Top-k Pairs and
Top-k Objects Queries over Sliding Windows
8 AV14DM008 Random Projection Random Discretization
Ensembles—Ensembles of Linear
Multivariate Decision Trees
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
9 AV14DM009 Centroid Ratio for a Pairwise Random Swap
Clustering Algorithm
10 AV14DM010 Mining Probabilistically Frequent Sequential
Patterns in Large Uncertain Databases
11 AV14DM011 Product Aspect Ranking and Its Applications
12 AV14DM012 Secure Mining of Association Rules in
Horizontally Distributed Databases
13 AV14DM013 Towards Online Shortest Path Computation
14 AV14DM014 MultiComm: Finding Community Structure in
Multi-Dimensional Networks
15 AV14DM015 Hybrid decision tree and naïve Bayes classifiers for
multi-class classification tasks
16 AV14DM016 Efficient Range-Based Storage Management for
Scalable Datastores
17 AV14DM017 A Framework for Periodic Outlier Pattern Detection in
Time-Series Sequences
18 AV14DM018 Cost Minimization for Big Data Processing in Geo-
Distributed Data Centers
MOBILE COMPUTING
S.NO PROJECT CODE PROJECT TITLE
1 AV14MC001 A Novel Approach to Trust Management inUnattended
Wireless Sensor Networks.
2 AV14MC001
Achieving k-Barrier Coverage in HybridDirectional
Sensor Networks.
3 AV14MC001 Joint Optimization of User-Experience andEnergy-
Efficiency in Wireless MultimediaBroadcast.
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
4 AV14MC001 Multiple Mobile Data Offloading ThroughDisruption
Tolerant Networks.
5 AV14MC001 Energy-Optimum Throughput and CarrierSensing
Rate in CSMA-Based WirelessNetworks.
6 AV14MC001 Fully Distributed Algorithms for Minimum
DelayRouting Under Heavy Traffic.
7 AV14MC001 Analysis of an Instantaneous Packet Loss
BasedVertical Handover Algorithm forHeterogeneous
Wireless Networks.
8 AV14MC001 KNN Query Processing Methods in Mobile AdHoc
Networks.
9 AV14MC001 Iterative Group Splitting Algorithm ForOpportunistic
Scheduling Systems.
10 AV14MC001 Leveraging Social Networks forP2P Content-Based
File Sharingin Disconnected MANETs.
11 AV14MC001 Video Dissemination over HybridCellular and Ad Hoc
Networks.
SOFTWARE ENGINEERING
S.NO PROJECT CODE PROJECT TITLE
1 AV14SE001 Bayesian Networks For Evidence-Based Decision-
Making in Software Engineering.
2 AV14SE002 GEA: A Goal-Driven Approach to Discovering Early
Aspects.
3 AV14SE003 Researcher Bias: The Use of Machine Learning in
Software Defect Prediction.
4 AV14SE004 Modular Software Model Checking for Distributed
Systems.
5 AV14SE005 Formulating Cost-Effective Monitoring Strategies for
Service-Based Systems.
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
6 AV14SE006 On the Asymptotic Behavior of Adaptive Testing
Strategy for Software Reliability Assessment.
7 AV14SE007 Analyzing Critical Decision-Based Processes.
WEB SERVICES
S.NO PROJECT CODE PROJECT TITLE
1 AV14WS001 A Novel Time-Obfuscated Algorithm for Trajectory
Privacy Protection.
2 AV14WS002 An Empirical Study of Error Patterns in Industrial
Business Process Models.
3 AV14WS003 Commitments to Regulate Social Web Services
Operation.
4 AV14WS004 Comprehensive Explanation of SLA Violations at
Runtime.
5 AV14WS005 Variations in Performance and Scalability: An
experimental Study in IaaS Clouds Using Multi-Tier
Workloads.
AVERZS TECHNOLOGIES POWER ELECTRONICS TITLES
S.NO PROJECT TITLES YEAR
MULTILEVELINVERTER
1 Harmonic and unbalance compensation based on twenty
five level inverter by single dc source
2014
2 Design and implementation of an 11 level inverter
with FACTS capability for distributed energy systems
2014
3 A Novel Ten switch single phase 15 level inverter
using single dc source for ac drives
2013
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
4 A Five Level Single Phase Grid Connected
Converter for Renewable Distributed Systems
2013
5 A Novel Nine switch single phase 13 level inverter using
single dc source for ac drives
6 A Novel Multi level Inverter Based on Switched DC Sources
2014
7 A Cascaded Multi level Inverter Based on Switched
Capacitor for High Frequency AC Power Distribution
System
2014
8 A Hybrid Cascaded Multilevel Converter for
Battery Energy Management Applied in Electric
Vehicles
2014
9 A Solar Power Generation System With a Seven-Level
Inverter
2014
10 A New Modulation Method for a 13-Level Asymmetric
Inverter Toward Minimum THD
2014
11 A Nine-Level Grid-Connected Converter Topology for
Single-Phase Transformer less PV Systems
2014
12 Level- and Phase-Shifted PWM for Seven-Level Switched-
Capacitor Inverter Using Series/Parallel Conversion
2014
13 A New Multilevel Inverter Topology With Self-
Balancing Level Doubling Network
2014
14 New Three Phase Multi level Inverter With Reduced
Number of Power Electronic Components
2014
15 A Four-level Hybrid Clamped Converter With Natural
Capacitor Voltage Balancing Ability
2014
16 A Five Level Single Phase Grid Connected
Converter for Renewable Distributed Systems
2013
17 A Generalized Cascaded Multi level Inverter Using Series
Connection of Sub multilevel Inverters
2013
INVERTER
18 High Efficiency Dual-Mode Current Modulation Method
for Low-Power DC/AC Inverters
2014
19 Magnetic Integration of the LCL Filter in Grid-Connected
Inverters
2014
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
20 A Unified Control Strategy for Three-Phase Inverter in
Distributed Generation
2014
21 A Zero-Voltage Switching Three Phase Inverter 2014
22 A Multilevel Energy Buffer and Voltage Modulator
for Grid-Interfaced Micro Inverters
2014
23 AalborgInverter A new type of “Buck in Buck, Boost in Boost”
Grid tied Inverter
2013
24 Analysis and PWM Control of Switched Boost Inverter 2013
25 A Comparison Study of High-Frequency Isolated DC/AC
Converter Employing an Unfolding LCI for Grid-
Connected Alternative Energy Applications
2014
26 A High-Frequency Link Single- Stage PWM
Inverter With Common-Mode Voltage
Suppression and Source-Based Commutation of
Leakage Energy
2014
27 Soft-Switching Single-Phase Grid-Connecting
Converter Using DCM Operation and a Turn-Off
Snubber Capacitor
2014
28 An LTCL Filter for Three-Phase Grid-Connected Converters
2014
29 Design and Implementation of Three-Phase Two-
Stage Grid-Connected Module Integrated
Converter
2014
30 Control Strategy of Three-Phase Battery Energy
Storage Systems for Frequency Support in Micro grids
and with Uninterrupted Supply of Local Loads
2014
31 Improved Method for Paralleling Reduced Switch VSI
Modules: Harmonic Content and Circulating Current
2014
ZSOURCEINVERTER
32 Novel Energy Stored Single-Stage Photovoltaic Power
System With Constant DC-Link Peak Voltage
2014
33 Pulse width Modulation of Z Source Inverters with
Minimum Inductor Current Ripple
2014
34 Overview of Space Vector Modulations for Three-
Phase Z-Source / Quasi-Z-Source Inverters
2014
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
35 Novel Loss and Harmonic Minimized Vector
Modulation for a Current-Fed Quasi-Z-Source
Inverter in HEV Motor Drive Application
2014
36 A Z-Source Half-Bridge Converter 2014
37 A Single-Phase AC Power Supply
Based on Modified Quasi-Z-Source
Inverter
2014
RESONANT CONVERTER / INVERTER
38 Multi-MOSFET-Based Series Resonant Inverter for
Improved Efficiency and Power Density Induction
Heating Applications
2014
39 Direct AC–AC Resonant Boost Converter for Efficient
Domestic Induction Heating Applications
2014
40 A LLC-Type Dual-Bridge Resonant Converter:
Analysis, Design, Simulation, and Experimental Results
2014
41 A New LLC Series Resonant Converter with a Narrow
Switching Frequency Variation and Reduced
Conduction Losses
2014
42 High Efficiency Resonant DC/DC Converter Utilizing a Resistance
Compression Network
2014
43 Partial-Resonant Buck–Boost and Fly back DC–DC Converters
2014
44 A Bidirectional-Switch-Based Wide-Input Range High-
Efficiency Isolated Resonant Converter for Photovoltaic
Applications
2014
45 Designand Control of a Bidirectional Resonant DC–DC
Converter for Automotive Engine/Battery Hybrid Power
Generators
2014
46 Efficient and Cost-Effective ZCS Direct AC–AC
Resonant Converter for Induction Heating
2014
47 A Zero-Crossing Noise Filter for Driving Synchronous Rectifiers of
LLC Resonant Converter
2014
48 High Power Density Series Resonant Inverter Using an
Auxiliary Switched Capacitor Cell for Induction
Heating Applications
2014
49 Analysis and Design of a Current-Source CLCC
Resonant Converter for DBD Applications
2014
50 A Novel Single-Switch Resonant Power Converter for
Renewable Energy Generation Applications
2014
51 Analysis and Design of a Three-Level LLC Series
Resonant Converter for High-and Wide-Input-
Voltage Applications
2013
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
52 Performance of a High-Efficiency Switched- Capacitor-Based
2013
Resonant Converter With Phase-Shift Control
53 An LLC Resonant DC–DC Converter for Wide
Output Voltage Range Battery Charging Applications
2013
54 The High-Efficiency Isolated AC–DC Converter Using
the Three-Phase Interleaved LLC Resonant Converter
Employing the Y-Connected Rectifier
2014
55 A Novel Quasi-Resonant Bridge Modular Switched-
Capacitor Converter With Enhanced Efficiency and
Reduced Output Voltage Ripple
2014
RENEWABLE ENERGY
56 A Transformer less Grid-Connected Photovoltaic
System Based on the Coupled Inductor Single-Stage
Boost Three-Phase Inverter
2014
57 A High Step-Up Converter With a Voltage Multiplier
Module for a Photovoltaic System
2014
58 Isolated Coupled-Inductor-Integrated DC–DC Converter
With Non dissipative Snubber for Solar Energy
Applications
2014
59 A Module-Integrated Isolated Solar Micro inverter 2013
60 H6 Transformer less Full-Bridge PV
Grid- Tied Inverters
2014
61 Mitigation of Lower Order Harmonics in a Grid-
Connected Single-Phase PV Inverter
2013
62 A Transformer less Grid-Connected Photovoltaic
System Based on the Coupled Inductor Single-Stage
Boost Three-Phase Inverter
2014
63 Diode-Free T-Type Three-Level Neutral-Point-
Clamped Inverter for Low-Voltage Renewable Energy
System
2014
64 A Family of Neutral Point Clamped Full-Bridge
Topologies for Transformer less Photovoltaic Grid-
Tied Inverters
2013
65 A Single Phase Grid Connected Fuel Cell System Based
on a Boost Inverter
2013
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
66 High Reliability and Efficiency Single-Phase
Transformer less Inverter for Grid-Connected
Photovoltaic Systems
2013
67 A New Control Strategy for Improving Weighted
Efficiency in Photovoltaic AC Module-Type
Interleaved Fly back Inverters
2013
68 Phase-Staggered Multiple ZVS Inverters For Grid-
Connected PV Systems
2013
69 Integration and Operation of a Single-Phase
Bidirectional Inverter With Two Buck/Boost MPPTs for
DC- Distribution Applications
2013
70 A System-Level Control Strategy of Photovoltaic
Grid-Tied Generation Systems for European
Efficiency Enhancement
2014
71 Single-Phase Single-Stage Transformer less Grid
Connected PV System
2013
72 Improved Active Power Filter Performance for
Renewable Power Generation Systems
2014
73 Single-Stage Multi string PV Inverter With an
Isolated High-Frequency Link and Soft-Switching
Operation
2014
74 Single-Phase High Step-up Converter With Improved
Multiplier Cell Suitable for Half-Bridge-Based PV
Inverter System
2014
75 Implementation of a High efficiency, High life time and
Low Cost Converter for an Autonomous Photovoltaic
Water Pumping System
2014
76 MPPT and Voltage Balancing Control With Sensing Only
Inductor Current for Photovoltaic-Fed, Three-Level,
Boost-Type Converters
2014
77 High Boost Ratio Hybrid Transformer DC-DC
Converter for Photovoltaic Module Applications
2013
78 A Safety Enhanced, High Step-Up DC–DC
Converter for AC Photovoltaic Module Application
2012
79 Half Wave Cyclo converter Based Photovoltaic
Micro inverter Topology With Phase-Shift Power
Modulation
2013
80 Soft-Switching Current-Fed Push–Pull Converter
for250-WAC Module Applications
2013
MULTIPLEOUTPUTCONVERTER
81 A Single-Inductor Multiple-Output Switcher With
Simultaneous Buck, Boost, and Inverted Outputs
2012
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
82 Boost-Derived Hybrid Converter With Simultaneous
DC and AC Outputs
2014
83 High-Efficiency Bridgeless Fly back Rectifier With Bidirectional
Switch and Dual Output Windings
2014
84 Improved Power Quality Bridgeless Converter Based
Multiple Output SMPS
2014
85 High-Efficiency Single-Input Multiple-Out put DC–DC
Converter
2013
86 Level-Shifting Multiple-Input Switched-Capacitor Voltage Copier
2012
87 A Very Low- Profile Dual Output LLC Resonant Converter
for
LCD/LED TV Applications
2014
88 Single-Phase Dual-Output Inverters With Three-Switch Legs
2013
89 Multi variable Control of Single-Inductor Dual-
Output Buck Converters
2014
90 Zero-Voltage Switching Multi output Fly back
Converter With Integrated Auxiliary Buck
Converter
2014
91 The Multiple-Output DC–DC Converter With Shared
ZCS Lagging Leg
2011
HYBRID CONVERTER
92 New Extendable Single-Stage Multi-input DC–
DC/AC Boost Converter
2014
93 Bi directional Switched Boost Converter for ac-dc Hybrid Micro grid
2014
94 A Fully Directional Universal Power Electronic
Interface for EV,HEV, and PHEV Applications
2013
95 Grid Connected Multi-Input Wind Energy/Dual
Battery Power System with Active Power Filter
Capability
2013
96 Reconfigurable Solar Converter: A Single-Stage Power
Conversion PV-Battery System
2013
97 A Hybrid Wind-Solar Energy System: A New
Rectifier Stage Topology
2012
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
98 A Multi-Input Single-Control(MISC)Battery Charger
for DC Nano grids
2012
BIDIRECTIONAL CONVERTER
99 Soft-Switching Bidirectional Isolated Full-Bridge
Converter With Active and Passive Snubbers
2014
100 A New Resonant Bidirectional DC–DC Converter Topology 2014
101 Design and Control of a Bidirectional Resonant DC–DC
Converter for Automotive Engine/Battery Hybrid Power
Generators
2014
102 Voltage-Fed Dual Active Bridge Bidirectional DC/DC
Converter With an Immittance Network
2014
103 A Novel Soft-Switching Multiport Bidirectional DC–DC
Converter for Hybrid Energy Storage System
2014
104 High Gain Soft-Switching Bidirectional DC–DC
Converter for Eco-Friendly Vehicles
2014
105 Zero Voltage Switching Technique for
Bidirectional DC/DC Converters
2014
106 High-Efficiency Bidirectional DC–DC Converter With
Low Circulating Current and ZVS Characteristic
Throughout a Full Range of Loads
2014
107 NovelBidirectionalSnubberlessNaturallyCommutatedSof
t-SwitchingCurrent-FedFull-Bridge Isolated DC/DC
Converter for Fuel Cell Vehicles
2014
108 A Buck Resonant Voltage Divider With Bidirectional
Operation Considered
2013
109 High-Conversion-Ratio Bidirectional DC–DC
Converter With Coupled Inductor
2013
110 Idling Port Isolation Control of3 Port bidirectional
Conventional for Electric Vehicles
2013
111 Auxiliary Switch Control of a Bidirectional Soft-
Switching DC/DC Converter
2013
112 High-Power Bidirectional DC–DC Converter for
Aerospace Applications
2012
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
113 High Frequency Resonant Bidirectional SEPIC
Converter Suitable for Battery Equalization and Charger
Applications
2013
MULTIPORT CONVERTER
114 An Isolated Multiport DC–DC Converter for
Simultaneous Power Management of Multiple Different
Renewable Energy Sources
2014
115 Multiport Converters Based on Integration of Full-
Bridge and Bidirectional DC–DC Topologies for
Renewable Generation Systems.
2014
116 Novel Three-Port Converter With High-Voltage Gain 2014
117 A Full-Bridge Three-Port Converter for
Renewable Energy Application
2014
118 Modeling and Control of a New Three-Input DC–
DC Boost Converter for Hybrid PV/FC/Battery
Power System
2012
POWERFACTOR CORRECTION CONVERTER
119 An Efficient Single-Switch Quasi-Active PFC
Converter With Continuous Input Current and Low
DC-Bus Voltage Stress
2014
120 A New Interleaved Three-Phase Single-Stage
PFCAC–DC Converter
2014
121 A New Interleaved Three-Phase Single-Stage
PFCAC-DC Converter with Flying Capacitor
2014
122 A Family of Multilevel Passive Clamp Circuits With
Coupled Inductor Suitable for Single-Phase Isolated Full-
Bridge Boost PFC Converter
2014
123 A Single-Stage Dual-Active-Bridge-Based Soft SwitchedAC–DC
2014
Converter With Open-Loop Power Factor Correction
and Other Advanced Features
124 The TAIPEI Rectifier—A New Three-Phase Two-Switch
ZVSPFCDCM Boost Rectifier
2013
125 High-Performance Voltage-Fed AC–DC Full-Bridge
Single-Stage Power Factor Correctors with a Reduced
DC Bus Capacitor
2014
AVERZS TECHNOLOGIES A leading Research and Development Division
மெய்ப்ம ொருள் கொண் தறிவு EMERGING EXCELLENCE
T2, Reshma Apartments, 3rd Floor, No.324, MKN Road, Alandur , Chennai – 16 Mobile: 95000 68577, 9600088172, Mail:[email protected], URL: www.averzs.com
126 Class-D Zero-Current-Switching Rectifier as
Power-Factor Corrector for Lighting
Applications
2014
127 Single Power-Conversion AC–DC Converter With High Power
Factor and High Efficiency
2014
128 High efficiency and high power factor single-stage
balanced forward-fly back converter
2013
129 A New Control Method of Interleaved Single-Stage Fly
back AC–DC Converter for Outdoor LED Lighting
Systems
2013
130 Design a Simple PI Controller for Bridgeless SEPIC
Converter With a Ripple-Free Input Current
2013
131 Bridgeless SEPIC Converter With a Ripple-Free Input
Current
2013
132 Analysis and Design of a Push–Pull Quasi-Resonant
Boost Power Factor Corrector
2013
DCTO DC CONVERETR
133 Hybrid Dual Full-Bridge DC–DC Converter With
Reduced Circulating Current, Output Filter, and
Conduction Loss of Rectifier Stage for RF Power
Generator Application
2014
134 New ZVS DC–DC Converter With Series-Connected
Transformers to Balance the Output Currents
2014
135 Half-Bridge Integrated ZVS Full-Bridge Converter With
Reduced Conduction Loss for Electric Vehicle Battery
Chargers
2014
136 Three-Level Forward–Fly back Phase-Shift ZVS
Converter With Integrated Series-Connected Coupled
Inductors
2013
137 Soft Switching DC-DC Converter with a Full ZVS
Range and Reduced Output Filter for High-Voltage
Applications
2013
138 Novel Zero-Voltage and Zero-Current
Switching(ZVZCS) PWM Three-Level DC/DC
Converter Using Output Coupled Inductor
2014
139 A New ZCS-PWM Full-Bridge DC–DC Converter
With Simple Auxiliary Circuits
2014
140 A High Frequency Link Secondary-Side Phase Shifted
Full Range Soft Switching PWM DC–DC Converter
With ZCS Active Rectifier for EV Battery Chargers
2013
AVERZS TECHNOLOGIES Research & Development for IEEE Academic Project
மெய்ப்ம ொருள்கொண் தறிவு EMERGING EXCELLENCE
Averzs Technologies, No.468/324, T2, Reshma Tower, MKN Road, Alandur-600 016
Phone:044-4558 9227 Mobile:9500068577, 9500048577
Mail:[email protected] Web:www.averzs.com, Near St.Thomas Mount Railway Station
141 A High Frequency-Link Secondary-Side Phase-Shifted
Full-Range Soft-Switching PWM DC–DC Converter With
ZCS Active Rectifier for EV Battery Chargers
2013
142 A Novel ZVT-ZCT-PWM Boost Converter 2014
143 High-Frequency-Link Soft-Switching PWM DC–DC
Converter for EV On-Board Battery Chargers
2014
144 Analysis and Design of a New Soft-Switching Boost
Converter With a Coupled Inductor
2014
145 A Soft Switching Full Bridge Converter With Reduced
Parasitic Oscillation in a Wide Load Range
2014
146 Hybrid PS Full Bridge and LLC Half Bridge DC-DC
Converter for Low-Voltage and High-Current Output
Applications
2014
147 Hybrid Dual Full-Bridge DC–DC Converter With
Reduced Circulating Current, Output Filter, and
Conduction Loss of Rectifier Stage for RF Power
Generator Application
2014
148 High-Efficiency Dual-Input Interleaved DC–DC
Converter for Reversible Power Sources
2014
149 A Simple Switching Control Technique for Improving
Light Load Efficiency in a Phase-Shifted Full-Bridge
Converter with a Server Power System
2014
150 A Self-Driven Current-Doubler - Rectifier Three-Level
Converter With Integrated Magnetics
2014
151 A Family of Dual-Phase-Combined Zero-
Current Switching Switched-Capacitor Converters
2014
152 Asymmetrical Half-Bridge Double-Input
DC/DCConverters Adopting Pulsating Voltage
Source Cells for Low Power Applications
2014
153 Capacitor Voltage Control Strategy for Half-Bridge
Three-Level DC/DC Converter
2014
154 A High-Density, High-Efficiency, Isolated On-Board
Vehicle Battery Charger Utilizing Silicon Carbide Power
Devices
2014
155 High-Efficiency Dual-Input Interleaved DC–DC
Converter for Reversible Power Sources
2014
AVERZS TECHNOLOGIES Research & Development for IEEE Academic Project
மெய்ப்ம ொருள்கொண் தறிவு EMERGING EXCELLENCE
Averzs Technologies, No.468/324, T2, Reshma Tower, MKN Road, Alandur-600 016
Phone:044-4558 9227 Mobile:9500068577, 9500048577
Mail:[email protected] Web:www.averzs.com, Near St.Thomas Mount Railway Station
156 Input Current Ripple Cancellation Technique for Boost
Converter Using Tapped Inductor
2014
157 Comparison of the Modular Multilevel DC Converter and
the Dual-Active Bridge Converter for Power Conversion
in HVDC and MVDC Grids
2014
158 Wide Range Soft Switching PWM Three-Level DC–DC
Converters Suitable for Industrial Applications
2014
159 An Efficient Partial Power Processing DC/DC Converter for
Distributed PV Architectures
2014
160 Buck/Boost DC–DC Converter Topology With Soft
Switchingin the Whole Operating Region
2014
161 High-Frequency Operation of a DC/AC/DC System
for HVDC Applications
2014
162 Y-Source Impedance Network 2014
163 Unified Active Filter and Energy Storage System
for an MW Electric Vehicle Charging Station
2013
164 A Three-Level Converter With Reduced Filter Size
Using Two Transformers and Flying Capacitors
2013
165 Zero-Voltage-Switching PWM Resonant Full-Bridge
Converter with Minimized Circulating Losses and
Minimal Voltage Stresses of Bridge Rectifiers for Electric
Vehicle Battery Charges
2013
166 A Modified High-Efficiency LLC Converter with
Two Transformers for Wide Input-voltage Range
Applications
2013
167 Soft-Switched Dual-Input DC-DC Converter
Combining a Boost-Half-Bridge and a Voltage-Fed
Full-Bridge Cell
2013
168 A Zero-Voltage Switching Full-Bridge DC–DC
Converter With Capacitive Output Filter for Plug-In
Hybrid Electric Vehicle Battery Charging
2013
169 Novel Zero-Current-Switching Current-Fed Half-
Bridge Isolated DC/DC Converter for Fuel-Cell-Based
Applications
2013
ELECTRONIC BALLAST
170 A Pulse Igniting Circuit for Electronic Ballast With the
ZVS-QSW Converter
2014
171 Optimization and Performance Evaluation of an AC-
Chopper Ballast for HPS Lamps
2014
AVERZS TECHNOLOGIES Research & Development for IEEE Academic Project
மெய்ப்ம ொருள்கொண் தறிவு EMERGING EXCELLENCE
Averzs Technologies, No.468/324, T2, Reshma Tower, MKN Road, Alandur-600 016
Phone:044-4558 9227 Mobile:9500068577, 9500048577
Mail:[email protected] Web:www.averzs.com, Near St.Thomas Mount Railway Station
AC/DCCONVERTER
172 A Comparative Study of Two Buck-Type Three-Phase
Single-Stage AC–DC Full-Bridge Converters
2014
173 A Three-Level Integrated AC–DC Converter 2014
174 A Novel Three-Phase Buck–Boost AC–DC Converter 2014
HIGHVOLTAGECONVERTER
175 A Novel Transformer-less Adaptable Voltage Quadrupler
DC Converter with Low Switch Voltage Stress
2014
176 A High Voltage Gain DC–DC Converter Integrating
Coupled-Inductor and Diode–Capacitor Techniques
2014
177 Isolated High Step-Up DC–DC Converter With Low Voltage Stress
2014
178 High Step-Up Converter Based on Coupling Inductor and
Bootstrap Capacitors With Active Clamping
2014
179 High Step-Up Interleaved Converter With Built-In
Transformer Voltage Multiplier Cells for Sustainable
Energy Applications
2014
180 A Switched-Capacitor-Based Active-Network Converter
With High Voltage Gain
2014
181 A High Gain Input-Parallel Output-Series DC/DC
Converter with Dual Coupled-Inductors
2014
182 A Hybrid Symmetrical Voltage Multiplier 2014
183 Novel Isolated High-Step-Up DC-DC Converter with Voltage Lift
2013
184 DC-DC Non-isolated Boost Converter Based on the
Three State Switching cell and Voltage Multiplier
Cells
2013
185 Zero Voltage Switching High Step-Up DC-DC
Converter with Coupled-inductor
2013
STEPDOWN CONVERTER
186 A Novel Transformer less Interleaved High Step-Down
Conversion Ratio DC–DC Converter With Low Switch
Voltage Stress
2014
AVERZS TECHNOLOGIES Research & Development for IEEE Academic Project
மெய்ப்ம ொருள்கொண் தறிவு EMERGING EXCELLENCE
Averzs Technologies, No.468/324, T2, Reshma Tower, MKN Road, Alandur-600 016
Phone:044-4558 9227 Mobile:9500068577, 9500048577
Mail:[email protected] Web:www.averzs.com, Near St.Thomas Mount Railway Station
187 A Family of Exponential Step-Down Switched-Capacitor
Converters and Their Applications in Two-Stage
Converters
2014
188 A High Step-Down Transformer less Single-Stage Single-
Switch AC/DC Converter
2013
MOTORDRIVES
189 Integrated Inverter/Converter Circuit and Control
Technique of Motor Drives With Dual-Mode Control for
EV/HEV Applications
2014
190 An Adjustable-Speed PFC Bridgeless Buck–Boost
Converter-Fed BLDC Motor Drive
2014
191 Integrated Electric Motor Drive and Power Electronics
for Bidirectional Power Flow Between the Electric
Vehicle and DC or AC Grid
2013
ACTO AC CONVERTER
192 A Comparative Study of Series and Cascaded Z-
Source Matrix Converters
2014
193 Isolated ZVS High-Frequency-Link AC-AC
Converter With a Reduced Switch Count
2014
POWER SYSTEM
194 An Interline Dynamic Voltage Restoring and
Displacement Factor Controlling Device(IVDFC)
2014
195 Design and implementation of an 11levelinverter with
FACTS capability for distributed energy systems
2014
196 Control of Reduced-Rating Dynamic Voltage
Restorer With a Battery Energy Storage System
2014
197 Design and Performance of an Adaptive Low-DC-Voltage-
Controlled LC-Hybrid Active Power Filter With a Neutral
Inductor in Three-Phase Four-Wire Power Systems
2014
198 Two-phase, Three-wire Shunt Active Power Filter
using the Single-Phase P-Q Theory
2013
199 Reference Voltage Optimization of a Hybrid Filter for
Nonlinear Load Compensation
2014
200 The Transformer less Single-Phase Universal Active
Power Filter for Harmonic and Reactive Power
Compensation
2014
AVERZS TECHNOLOGIES Research & Development for IEEE Academic Project
மெய்ப்ம ொருள்கொண் தறிவு EMERGING EXCELLENCE
Averzs Technologies, No.468/324, T2, Reshma Tower, MKN Road, Alandur-600 016
Phone:044-4558 9227 Mobile:9500068577, 9500048577
Mail:[email protected] Web:www.averzs.com, Near St.Thomas Mount Railway Station
201 Shunt Active Power Filter With Reduced
Number of Inductors
2014
202 An Integrated Nine-Switch Power Conditioner for
Power Quality Enhancement and Voltage Sag
Mitigation
2013
203 Chopper Controlled Steinmetz Circuit for Voltage
Balancing in Railway Substations
2013
204 Hybrid Power Quality Compensator With Minimum DC
Operation Voltage Design for High-Speed Traction Power
Systems
2013
205 A Modified Three-Phase Four-Wire UPQC Topology
With Reduced DC-Link Voltage Rating
2013
206 A Simplified Power Conditioner Based on Half-Bridge
Converter for High-Speed Railway System
2013
207 Voltage Support Control Strategies for Static
Synchronous Compensators Under Unbalanced
Voltage Sags
2014
208 Vienna Rectifier With Power Quality Added Function 2014
209 A Hybrid-Switch-Based Soft-Switching Inverter for
Ultrahigh-Efficiency Traction Motor Drives
2014
210 Wind Energy System With Integrated Functions of
Active Power Transfer, Reactive Power Compensation,
and Voltage Conversion
2013
211 Implementation of Adaptive Filter in
Distribution Static Compensator
2014
212 Design of Unified Power Quality Conditioner
(UPQC)to Improve the Power Quality Problems
by Using P-Q Theory
2012
213 Analysis and Comparison of Medium Voltage High
Power DC/DC Converters for Offshore Wind Energy
Systems
2013
214 Distributed Active Resonance Suppression in Hybrid
DC Power Systems Under Unbalanced Load
Conditions
2013