Optical Satellite Communications
High-capacity free-space optical links for satellite and space networks.
OPTICAL · SATELLITE · PHOTONIC SYSTEMS
Meysam Ghanbari
Researcher in Optical & Satellite Communications
Researching the communication systems that connect the next generation of space networks.
I work on optical wireless links, inter-satellite communications, photonic receiver architectures, beam tracking, and AI-assisted communication systems.
Optical linksSatellite networksPhotonicsAI
MG
Professional portrait
FSO
ISL
PHOTONICS
RESEARCH
Research themes
A focused portfolio around high-capacity optical links, resilient receivers, and autonomous space communication systems.
Inter-Satellite Optical Links
Link architectures, regenerative relaying, channel effects and robust receiver design.
Beam Tracking & Pointing
Receiver-side tracking, pointing-error mitigation and predictive fine tracking.
Photonic Communication Systems
All-optical and optoelectronic architectures for communication and signal processing.
AI-Assisted Optical Networks
Physics-informed and data-driven methods for monitoring, estimation and autonomy.
TECHNOLOGY
Selected technology directions
Research is presented as technology and systems—not only as a list of papers.
Optical ISL · Photonics
All-Optical Regenerative Inter-Satellite Links
Exploring regenerative optical link architectures that reduce reliance on conventional optical-electrical-optical processing.
Explore project direction →Beam Tracking · Digital Twin
Physics-Informed Predictive Fine Tracking
Receiver-side predictive tracking concepts that combine physical models with data-driven residual correction for optical links.
Explore project direction →Receiver Design · Pointing
Integrated Optical Receiver Architectures
Compact receiver concepts combining data detection, pointing estimation and optical front-end design.
Explore project direction →PUBLICATIONS
Selected publications
Verified publications and conference work with dedicated pages, media and external links.
Conference · 2026
Hierarchical Deep Learning for Joint Turbulence and PE Estimation in Multi-Aperture FSO Systems
IEEE WCNC 2026
Conference · 2026
AI-Assisted Next-Gen Outdoor Optical Networks: Camera Sensing for Monitoring and User Localization
IEEE ICC 2026
COLLABORATION
Research & industry collaboration
Open to serious research collaboration, industrial R&D, technical discussions, speaking, and future deep-tech opportunities.