THE RESEARCH QUESTION
How can an optical receiver survive both too much light and too little signal?
Meysam Ghanbari will present an accepted paper on spatially separated apertures with progressively stronger fixed attenuation. The receiver selects the highest-SNR branch that remains linear, balancing short-range saturation against weak signals at longer distances. The manuscript reports numerical analysis and Monte Carlo validation.
Presentation papers
Progressively Attenuated Multi-Branch Reception for Inter-HAPS Optical Links
Meysam Ghanbari is the planned presenter of this coauthored research. The publication page provides the complete author list, original abstract, method, results and limitations.
Read the research →SECOND RESEARCH PRESENTATION
Can one compact optical receiver recover data and keep a satellite laser beam aligned?
Meysam Ghanbari will also present a receiver concept that places a central data lens and an annular four-segment tracker on one shared, intentionally defocused plane. Joint geometry design balances data-power collection and angular accuracy without conventional data/tracking beam-splitter branches.
Integrated Optical Receiver for Communication and Fine Tracking in Inter-Satellite Links
Read the receiver research →Program and schedule
Meysam Ghanbari has confirmed both forthcoming presentations. The inter-HAPS paper retains its Accepted status, and the integrated receiver manuscript retains its Submitted status. The conference runs 20–23 June 2027; individual presentation slots and sessions have not yet been recorded.
Discuss the engineering
For research discussion, industrial R&D collaboration or a related speaking invitation, contact Meysam Ghanbari.
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