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01Optical receiver architectureSubmitted research

Integrated Optical Receiver for OISL

A receiver architecture combining communication detection and fine tracking, with analysis of detector geometry, received-power distribution and alignment sensitivity for inter-satellite FSO links.

ArchitectureAnalysisOptimizationSimulation
TECHNICAL DOMAINOISL · Receiver Design · Fine Tracking
ProblemArchitectureAnalysisEvidence

01 · THE PROBLEM

What this project addresses

Inter-satellite optical terminals must maintain a narrow optical link while recovering data under small alignment errors and platform motion.

02 · THE IDEA

System concept

Use one integrated optical receiver concept to support communication detection and fine tracking without treating the two functions as isolated subsystems.

03 · TECHNICAL APPROACH

How the research is structured

01Receiver and detector geometry
02Received-power distribution analysis
03Alignment-sensitivity evaluation
04Numerical optimization and validation

04 · KEY CONTRIBUTIONS

What the research contributes

  • Integrated communication-and-tracking architecture
  • Geometry-aware power analysis
  • Fine-tracking sensitivity framework

05 · WHY IT MATTERS

Engineering relevance

The work is relevant to compact optical terminals that must coordinate acquisition, tracking and communication under strict mass, alignment and sensitivity constraints.

RELATED PUBLICATION

Research record

COLLABORATION OPPORTUNITY

Discuss a related research or engineering challenge.

Research, industrial R&D and technical consultation enquiries connected to this project can be directed to Meysam Ghanbari.

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