Photo: Daniel Case · CC BY-SA 3.0 · Resized / WebP
THE RESEARCH QUESTION
Can an optical receiver separate arrival angle, pointing error, jitter and turbulence without training a neural network?
Meysam Ghanbari will present a learning-free, three-stage estimator that uses quadrant imbalance and the lens-array power profile to separate these coupled effects. The Monte Carlo study shows robust arrival-angle estimation while exposing turbulence-induced limits in pointing and jitter recovery.
Presentation paper
Learning-Free Hierarchical Joint Estimation of AoA, Pointing Error, Receiver Jitter, and Turbulence in Multi-Aperture FSO Systems
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 →Program and schedule
Monday, 19 October · 16:45–17:00 · Room H103 · Amman time (UTC+3)
The draft program lists accepted paper #179 in Session 5: 5G/6G Networks, Free-Space Optics & Field Measurements. The slot is provisional. The conference website lists 18–22 October; the draft booklet covers 18–21 October.
Official draft program ↗Discuss the engineering
For research discussion, industrial R&D collaboration or a related speaking invitation, contact Meysam Ghanbari.
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