Reconfigurable Onboard Processing and Real-Time Remote Sensing

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概要

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• In this paper we present, reconfigurable computing as a compelling choice of computing platform for real-time, onboard processing for satellite applications. In particular, we discuss the use of reconfigurable computing in the context of a real-time remote sensing system, providing motivation for such a system and describing attributes of reconfigurable computing that support it as the technology of choice. The High Performance computing (HPC-I) payload, designed and developed for the Australian scientific satellite FedSat, is introduced as a demonstration of onboard processing in space using reconfigurable logic. We present an overview of the real-time remote sensing system architecture, and describe the design and implementation of three remote sensing algorithms in HPC-I for cloud masking, wildfire detection and volcanic plume detection. Finally, results from simulation and testing are presented which show very promising performance in terms of data throughput and detection capabilities.

• 2003-05-01

著者

• Visser Stephen

  Cooperative Research Centre For Satellite Systems Queensland University Of Technology

• Williams John

  Cooperative Research Centre For Satellite Systems Queensland University Of Technology

• Dawood Anwar

  Cooperative Research Centre For Satellite Systems Queensland University Of Technology

関連論文

• Reconfigurable Onboard Processing and Real-Time Remote Sensing
• Reconfigurable Onboard Processing and Real-Time Remote Sensing

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