Electronics and Communication Engineering

Digital Signal Processing

Low Power VLSI Design

Fault Tolerant VLSI Architecture, Radiation Hardened Memory Design, On-chip ECG Processing and Classification, HEVC Video processing, Low Power Digital VLSI

VLSI Design,Embedded System, Network on Chip Design

Vehicular Communication, Ultra Reliable Low Latency Communication, Application of Machine Learning in Wireless Networks, Cyber Physical Systems

Integrated Circuit Design, Industrial IoT, Embedded Systems,Machine Intelligence

Full-Duplex Antennas for future 6G and V2X-ITS, MIMO: MIMO Radar for Automotive Application, MIMO antenna for 5G and beyond, Electrically Small Antenna, Space Time Metamaterial, Wireless Power Transfer, Electromagnetics and Wave propagation, Computational Electromagnetics

Embedded Systems VLSI Design, Power Electronics

Detection and Estimation, DSP, Statistical Signal Processing, Biomedical Signal Processing and Telemedicine

Computer Vision , Video Analysis, Pattern Recognition, Information Forensics & Security

Wireless Communications, UAV-assisted Wireless Networks, Satellite Networks, RIS-assisted Wireless Networks, Backscatter Communications

Wireless communications, cooperative communication, wireless energy harvesting, fading channels, performance analysis, DSP

Wireless Communications

RF/FSO/Underwater Wireless Optical Communication, Theory and Application of Error Control Codes, Co-operative Communication

RF & Microwave Circuit Design

Optical Networks, Cross-layer optimization for resource allocation, SDN based control plane design, ML application in optical networks, Survivability of data plane

Machine Learning, Artificial Intelligence, Pattern Recognition, Signal Processing, Image Processing.

Microwave Engg, Microstrip Antenna, Metamaterials, Dielectric Resonator Antenna, Active Integrated Antennas, Fractal Antenna, RFID system, Bio-electromagnetics

VLSI, Analog and Mixed Signal Design, and Radiation Hardening by Design, High Speed DAC Design, Low power SAR ADC Design, Analog IC design

Computer Networking, Optical Networks, Embedded system applications, Sensor Networking, IoT,AI, ML, DL

Biomedical Signal processing, Medical Image Analysis, Condition Monitoring of Electrical Systems, Machine Learning, Artificial Intelligence

Wireless Communications, 3G/ 4G/ 5G, Optical Communication, Visible light communication, Deep learning and AI for Mobile Communication, IoT

DSP, Communication , Opensource hardware(SDR, IOT), Machine Learning Applied to Communication

Broadband Antennas: Log-Periodic, Self-Complementary, Planar Monopole Antenna, MIMO Antenna, RFID Tag and Reader Antennas

Signal/Image Processing, Image/Video Restoration, Scene Understanding for Autonomous Systems, Medical Image Analysis, Deep Learning

Analog IC Design, Sensor Interfacing Circuits, Low Power Bio-Medical Circuits

Ground penetrating radar (GPR), Applied electromagnetics, RF circuit design

Analog/Mixed-Signal (AMS) system design and exploration of methodologies, Design of CMOS circuits for signal acquisition and low power energy harvesting, Design of MEMS based sensor and energy harvester, Modeling of compound semiconductor devices, Nitride, Arsenide and Phosphide based high electron mobility transistor (HEMT)

RF, Microwave & Antenna, Analytic Techniques in Electromagnetics, Spectral Domain Method of Moment, Substrate Integrated Waveguide (SIW), Metamaterials, Conformal Mapping Technique in Electromagnetics, Integral Transformation Technique, Computational Electromagnetic (CEM)

Digital Signal Processing, Image Processing & computer vision, Circuits & Systems

Semiconductor Devices: Design, Modeling & Analysis, Optoelectronics, Nanoelectronics, Nanophotonics, Semiconductor Nanostructures: Optical and Electronic Properties, Personal Website: https://sites.google.com/view/sumit-saha/home

Image/Video Processing, Computer Vision, Internet of Things (IoT), Artificial Intelligence, Industrial Automation, Instrumentation Systems.

Digital Signal processing, Distributed signal processing in wireless sensor network, sparse representation and compressive sensing, pattern analysis using machine intelligence