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Avoiding Cluster Safe Modes

机译:避免群集安全模式

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Cluster is a multi-spacecraft ESA mission launched in 2000 to study the Earth's magnetic environment. After more than 11 years in space, the performance of the batteries and the solar arrays has decreased dramatically limiting the available power on-board. This is becoming a serious problem for contingency situations because hard-coded sequences executed during safe modes require much more power than what it is provided by the solar arrays. As a consequence safe modes are no longer safe and they can trigger main bus under-voltages, multiple reboots or even an uncontrolled switch off of the on-board computer. Several techniques have been studied to avoid or minimize the impact of safe modes and have been successfully implemented and validated during 2011 eclipse season. An analysis of Cluster safe modes with limited power and the alternatives to deal with them is the subject of this paper.
机译:集群是2000年推出的多宇宙飞船ESA任务,以研究地球的磁环境。在空间超过11年后,电池的性能和太阳阵列的性能显着地降低了可用的电路板。这对应急情况发生了严重的问题,因为在安全模式下执行的硬编码序列需要比太阳阵列提供的更远的功率。因此,由于安全模式不再是安全的,并且它们可以触发主总线欠压,多次重启甚​​至是车载计算机的不受控制的开关。已经研究了几种技术以避免或最小化安全模式的影响,并在2011年日食季节成功实施和验证。具有有限的电源和处理它们的替代品的集群安全模式分析是本文的主题。

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