A 4-14 Gbps Inductor-Less Adaptive Linear Equalizer Using Hybrid Filter in 65 nm CMOS Technology

Challenges and opportunities in using AI to improve healthcare for the underserved

Challenges and opportunities in using AI to improve healthcare for the underserved

Analog, Mixed-Signal and RF Design for Simply Sensing

Modular Sensor Interfacing and Signal Conditioning

Sensing from signal conditioning to the network

Sensing, Acquisition and Signal Processing

Indigenous ASIC and System Design & Development for Key Vital Health Monitoring

Multi-dimensional Analog and Mixed-Signal Design

ASIC Design for Medical Devices

Design and Development of an IoT Enabled Wearable ExG Measuring System with Novel Signal Processing Algorithms for ECG

μW Energy Harvesting and Power Management

Sufficiently Myopic Adversaries are Blind

Networked Dynamic Systems: Consensus and Formation Control

Bearing-only formation control over directed cycles

EMI-immune Analog Integrated Circuit Design (Students Reading Group Talk), January 2018

A 4-14 Gbps Inductor-Less Adaptive Linear Equalizer Using Hybrid Filter in 65 nm CMOS Technology

Data Converters 14, VIT Vellore

RF Energy Harvesting

WSN for Agricultural Applications