I work in the broad area of emerging technologies with particular emphasis on Quantum Computing and Memristor based designs. My main research focus is design, synthesis and mapping of functions using these emerging technologies. Currently I am focusing on efficient mapping of quantum circuits on various quantum architectures, and exploiting sneak paths for in-memory computing on Memristor based crossbars.
AQuCiDe: Architecture Aware Decomposition of Quantum Circuits
Exploiting the Extended Neighborhood of Hexagonal Qubit Architecture for Mapping Quantum Circuits
Special issue on in-memory computing: Circuits, system, architecture and verification
ReSG: A Data Structure for Verification of Majority based In-Memory Computing on ReRAM Crossbars
Impact of Sneak Paths on In-Memory Logic Design in Memristive Crossbars Information Technology
IMAGIN: Library of IMPLY and MAGIC NOR Based Approximate Adders for In-Memory Computing
Feed-Forward learning algorithm for resistive memories
FAMCroNA: Fault Analysis in Memristive Crossbars for Neuromorphic Applications
CoMIC: Complementary Memristor based in-memory computing in 3D architecture
An Approach to Reversible Logic Synthesis Using Input and Output Permutations