Photo: P. Hughes · CC BY 4.0 · Resized / WebP
THE RESEARCH QUESTION
What if a satellite optical receiver could predict where the beam will be when its steering command takes effect?
Meysam Ghanbari plans to present PIR-Twin, a receiver-side digital twin that predicts line-of-sight motion at the future steering-command actuation time. In the nominal 1000 km numerical scenario at 2 ms actuator delay, pointing RMS decreases from 2.12 µrad with reactive tracking to 1.82 µrad with residual-enhanced prediction.
Presentation paper
Receiver-Side Physics-Informed Residual Digital Twin for Predictive Fine Tracking in Inter-Satellite 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 →Program and schedule
Meysam Ghanbari has confirmed plans to present this work. Conference dates and the Rabat venue are verified against the official website. A paper acceptance and an exact presentation day, time or session have not yet been verified.
Discuss the engineering
For research discussion, industrial R&D collaboration or a related speaking invitation, contact Meysam Ghanbari.
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