太空遥感实验室

K. Katko, M. Caffey, C. Little, T. Nelson, S. Robinson, D. Roussel-Dupre, Anthony Salazar
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引用次数: 0

摘要

Cibola飞行实验是一颗小型实验卫星,承载可重构计算机有效载荷。可配置的高速处理单元具有进行重要数据压缩的能力和运行各种应用程序的灵活性。可重构计算机由基于sram的耐辐射现场可编程门阵列(fpga)网络组成。重新配置的能力提供了灵活性,可以做很多在空间环境中通常不可能做的事情。有效载荷算法的开发继续进行,而不是在航天器被集成为发射而提前几个月冻结。应用程序库驻留在航天器上,使特定战区的有效载荷配置成为可能。应用程序处于不断开发和改进的状态。这使得该项目能够适应航天器和有效载荷的异常情况、真实世界的信号环境以及广泛的发射后需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A remote sensing lab in space
Cibola Flight Experiment is a small experimental satellite that hosts a reconfigurable computer payload. The configurable high speed processing unit has the power to do significant data compression and the flexibility to run a wide variety of applications. The reconfigurable computer is made up of networks of radiation tolerant SRAM-based Field Programmable Gate Arrays (FPGAs). The ability to reconfigure provides the flexibility to do a lot of things not usually possible in a space environment. Payload algorithm development continued while the spacecraft was being integrated for launch rather than being frozen months in advance. A library of applications resides on the spacecraft, making theater-specific payload configuration possible. Applications are in an on-going state of development and improvements. This has allowed the project to adjust to spacecraft and payload anomalies, real-world signal environments and a wide range of post-launch needs.
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