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Freshness analysis of functional sequences in launchers * * Co-founded study by CNES and CRAN in the frame of CNES Launchers’ Research and Technology program.

机译:启动器中功能序列的新鲜度分析 * * 由CNES和CRAN在CNES Launchers'Research and技术程序。

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Abstract: Nowadays, many embedded systems use specific data buses to guarantee the exchange of data. The next generation of space applications is moving to components off-the-shelf (COTS) technology as switched Ethernet network in order to reduce the financial cost, being attentive to the mass. However, performance should be gained without sacrificing the reliability and the properties that enabled a tele-monitoring. This paper focuses on how to obtain a single traffic capture file that will be sent over ground-board communications and how to test later the freshness requirement satisfaction. A freshness formalization is proposed as well as a freshness verification algorithm based on the analysis of single trace captured using multicast communications. An experimental evaluation has been leaded in nominal and link failure cases.
机译:摘要:如今,许多嵌入式系统都使用特定的数据总线来保证数据交换。下一代空间应用正在转向交换以太网网络,以降低现成的成本,着眼于大众,而采用现成的组件(COTS)技术作为交换以太网。但是,应该在不牺牲实现远程监视的可靠性和属性的情况下获得性能。本文着重于如何获取将通过地面通信发送的单个流量捕获文件,以及如何稍后测试新鲜度要求的满意度。基于对使用多播通信捕获的单个跟踪的分析,提出了新鲜度形式化以及新鲜度验证算法。在标称和链路故障情况下进行了实验评估。

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