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Assistant Professor at Department of Electrical & Computer Engineering
Ask questions about Milton Kumar Kundu's research, publications, and ongoing work
Developed a security analysis framework for multicasting over shadowed Rician and α-μ fading channels, contributing to secure communication in hybrid satellite-terrestrial relaying networks.
Analyzed the secrecy performance of mixed α-μ and Exponentiated Weibull RF-FSO cooperative relaying systems, providing insights into secure communication in mixed radio frequency and free-space optical systems.
Investigated the physical layer security performance in a reconfigurable intelligent surface (RIS)-aided dual-hop RF-UOWC mixed network, enhancing secure communication in radio frequency and underwater wireless optical communication systems.
Enhanced the security of a transmit antenna selection/maximal ratio combining (TAS/MRC)-based mixed RF-UOWC system by considering the effects of underwater turbulence, improving the robustness of the system.
Analyzed the secrecy performance of mixed Hyper-Gamma and Gamma-Gamma cooperative relaying systems, contributing to secure communication in cooperative relaying scenarios.
Analyzed the effective secrecy throughput of underlay spectrum sharing α-μ/ Málaga hybrid model under interference-and-transmit power constraints.
Investigated opportunistic relay selection over generalized fading and inverse gamma composite fading mixed multicast channels, focusing on secrecy tradeoffs.
Dr. Milton Kumar Kundu is an expert in physical layer security for wireless communication, focusing on enhancing security in various fading channels and mixed communication systems. His research significantly contributes to secure wireless multicasting and the performance analysis of relaying systems.
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