Students Guided
Ph.D.
- Sayfe Kiaei: VLSI for Signal Processing
- M. R. Bhatt: Robust Image Restoration
Algorithm using Markov Random Field
Model
- K. Sunil Kumar: Bayesian Approach Image
Interpretation
- P. K. Nanda:
Homotopy based Methods for Image Restoration and Paramter
Estimation
- M. M. Chansarkar:
Robust Signal Processing Algorithms
- Narsimaha Kaulgud:
Compressed Domain Video Zooming using a Multiresoultion
Approach
- Jayashree Karelekar: Image and Video
Compression using Wavelets
- R. Manivasakan: Correlated Inter-arrival
Time Poisson Process (CIPP) for Modelling Broadband Teletraffic
- N. N. R. R. S. K. Prasad:
A New Approach to Radar Target Detection based on Multicarrier
Modulation
- Amitabh Das:
New Approaches to Construction of Optimal Wavelet Bases and Wavelet
Based Nonparametric Regression
- Randeep Singh:
A Framework for Artificial Vision System for Autonomous and
Interactive Mobile Robots
- Vinayadatt Kohir:
Robust Face Recognition using Transfromed Hidden Markov Model
- Mita Bhowmick:
Numerical Modeling of Near Infrared Light Propagation for Diffuse
Optical Tomography
- Amol Patil:
Function Diffuse Optical Tomography for Neonatal Brain Function
Monitoring
- Bhushan
Jagyasi: Wireless
Sensor Networks
- Himanshu
Soni: Capacity
Enhancement in Multiuser Ultra Wideband System
- Prsahant
Bansod: Spatio-temporal
Algorithms for Segmentation of
Echocardiography Videos
- Deepthi
Chander: Multihop Cell
Phone based Sensor Networks
- Gadepalli V.V. Sharma: Performance
Analysis of Maximum-Likelihood Detection for Decode and Forward
Cooperation in MIMO Relay Channels
- Jayesh Pabri: Investigation of Wireless
Sensor Network for In-Situ Exploration of Water Ice on the Moon
- Taskeen Nadkar: Symbiotic Cooperative
Relaying for Dynamic Spectrum Access
- Utpal Pandya: Body Area Network for
Vital Sign Monitoring –A System Building
Approach
- Sunil Karamchandani: tuPOY
- Thermally Unstable Polymer Textiles through η-Polymerization and
Esterification for Sensing and Radiating Applications
- Vinay Thumar: Resource Allocation in
OFDM-based Cognitive Radio Networks
- M. Thejaswini: Human Mobility based
Mobile Phone Sensing Networks
M.Tech.
Guided more than100 M.Tech.
(Master of Technology with Thesis option) students