Self-powered Devices

Energy harvesting suffers from instability in the harvested energy which means there are strong fluctuations in the amount of generated power over the time. Traditional solutions is to use rechargeable battery or super capacitor to maintain the power level. So, the goal of this project is to overcome the usage of the battery by using smart energy management techniques to make the system survive severe energy conditions. We also, design and implement novel energy harvesting circuits to interface with the actuator to optimize the harvesting process.

Currently running projects:

Hardware Implementations of Information security Using Number theory and Chaotic system.
Fractional-order Complex Chaotic Systems: FPGA Implementation and Applications.
Efficient Implementation of Reconfigurable Machine Learning IP Cores on FPGA.

Research tracks:

Embedded Systems
IP core
CAD