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Optimal controller placement in software defined wide area network

Performance Optimization of Intelligent Reflecting Surface Driven Underwater Optical Wireless Communication UOWC for Improved Data Transmission for Innovate India

Traditional electromagnetic-based wireless systems face challenges in underwater communication due to limitations like attenuation, scattering, and multipath fading. The proposed research aims to improve underwater optical wireless communication syst

Photonic resonant structure based on hybrid silicon for resistive memory

The project aims to design and fabricate an optically readable resistive memory/switching device for high-speed computation and memory applications. The resistive memory device is a promising building block for next-generation digital memory and comp

Problems over integer lattices: a study from computational complexity perspective

This project proposed to investigate algorithmic complexity of SVP and CVP and related algorithmic questions on integer lattices. In each case (i) it will be tried to investigate if the existing algorithms can be extended to work w.r.t. generic metri

QoE optimized multimedia content delivery through caching in D2D underlay networks

This study aims to:1. Find the subset of all the (helper) devices that can store multimedia data to maximise the offloading probability. 2. Improve the offloading probability, but at the cost of reduced QoE. 3. Design an optimal buffering scheme for

Quantum Enhanced Nonlinear Optical Microscopy for Biological Sample and Nanostructure Imaging

The proposed work aims to develop quantum light sources, including entangled photon pair and squeezed photon sources, for nonlinear optical microscopy applications. The integration of these sources with a nonlinear optical microscopy system will demo

Secure Implementation of Post-Quantum Cryptosystems (SECPQC)

Quantum computers will render current public-key cryptography (PKC) obsolete due to their ability to break hard problems. Post-quantum cryptography (PQC) algorithms are needed to replace classical PKC. The U.S. National Institute of Standards and Tec

Session Types Applications, Foundations and Flow Security (STAFFS)

Session types are essential for distributed communicating systems to prevent deadlocks and unmatched communication events. They are rooted in logic, proof theory, and programming, with propositions related to types, proofs to programs, and proof norm

Smart Secure Connected Autonomous Systems Research

Study and design of broad band frequency selective surface (FSS) structures for various RF and microwave applications