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SACI_FTR_LOADER: a dynamic loader for the on-board computer of the first Brazilian microssatelite

机译:SACI_FTR_LOADER:用于第一个巴西MicroSsitelite的车载计算机的动态装载机

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This paper describes the conception and implementation of a dynamic loader, called SACI_FTR_LOADER, which will be used to upload programs from a ground station onto the onboard computer (called Trisputer) of the first Brazilian microssatelite. The satellite, named SACI (Satellite for Scientific Applications), will be launched by the middle of the next year. The loader is part of the real-time operating system designed to control the resources of the machine, which also incorporates software fault tolerance techniques. The Trisputer is a fault-tolerant multiprocessor computer system which was designed having in mind the high reliability requirements associated with the mission. This goal was achieved by introducing fault tolerance at both hardware and software levels. The on-board computer consists of three processing modules, each one based on a Transputer T-805-30 INMOS microprocessor.
机译:本文介绍了动态加载器的概念和实现,称为SACI_FTR_LOADER,该方法将用于从地面站上传程序上传到第一巴西MicroStelite的板载计算机(称为Trisperer)。名为SACI(科学应用程序的卫星)的卫星将于明年中期推出。装载机是实时操作系统的一部分,旨在控制机器的资源,这也集中了软件容错技术。 TRISPURER是一种容错多处理器计算机系统,该计算机系统设计了考虑到与使命相关的高可靠性要求。这一目标是通过在硬件和软件级别引入容错来实现的。车载计算机由三个处理模块组成,每个处理模块基于转换器T-805-30 INMOS微处理器。

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