Optical Satellite Communications
Inter-satellite and space optical links, link budgets, receiver models and propagation constraints.
RESEARCH PORTFOLIO
Research
The research portfolio is centered on satellite and optical communications, including OISL, FSO, receiver design, PAT, non-terrestrial networking, quantum optical links and data-driven communication-system modeling.
Free-Space Optical Systems
Beam propagation, pointing errors, atmospheric effects, outage, BER/SER and analytical optimization.
Optical Receiver & PAT Design
Receiver architecture, photodetector/TIA interfaces, acquisition, alignment, fine tracking and angle estimation.
Non-Terrestrial & Quantum Links
HAPS/UAV systems, quantum optical links, timing, polarization alignment and narrow-beam networking.
AI-Assisted Communication Systems
Physics-informed digital twins, deep-learning surrogates, estimation, localization and communication-system autonomy.
TECHNICAL PROFILE
Analytical modeling, receiver design and communication-system implementation
Link budgets & Gaussian-beam propagation Receiver noise & sensitivity Photodetector / TIA interfaces Pointing error & jitter Acquisition, alignment & fine tracking BER / SER / outage modeling Monte Carlo simulation & optimization MATLAB · Python · C · FPGA
Research themes are expanded as verified projects, papers, figures, models and technical media become available.