板载控制复杂仲裁子系统的算法实现

S. Hrushko, I. Zeleneva, G. Kirichek, A. Timenko
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引用次数: 0

摘要

本文的研究对象是组态控制模块(CCM)的仲裁子系统算法,作为复杂CCM算法的一部分。所用芯片的数量和大小对卫星上使用的设备非常重要。同时,为了保证这些设备的可靠性,大量采用冗余方式,导致硬件数量的增加。本文考虑了使用组合有限状态机(CFSM)实现板载控制复合体仲裁子系统算法的可能性,以及使用现场可编程门阵列(FPGA)结构特征来减少CFSM和CCM实现的硬件数量的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Algorithm Implementation of the Onboard Control Complex Arbitration Subsystem
The subject of research in this article is the arbitration subsystem algorithm of the configuration control module (CCM), as a part of the complex CCM algorithm. The number and size of the used chips is very important for the devices used on satellites. At the same time, redundancy methods are widely used to ensure the reliability of these devices, which lead to an increase in the hardware amount. The article considers the possibility of using a combined finite state machine (CFSM) to implement the arbitration subsystem algorithm of the onboard control complex and to use the field programmable gate array (FPGA) structural features to reduce the hardware amount both for CFSM and CCM implementation.
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