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FAULT LOCALIZATION AND SELF-HEALING WITH DYNAMIC DOMAIN CONFIGURATION

机译:具有动态域配置的故障本地化和自我修复

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Compared to their commercial counterparts, future battlefield networks require much more extensive fault management and automation mechanisms. Much work has been done to improve these functions, since survivability and automation are seen as critical to the Army's next generation tactical and strategic battlefield networks such as FCS; however, they are generally treated separately. This paper highlights the synergy between these functions. In particular we show that by reconfiguring domains, as fault localization and multi-layer self-healing algorithms mandate, we can help speed the process in isolating the cause of many of these alarms and help solve some of the network problems.
机译:与他们的商业同行相比,未来的战场网络需要更广泛的故障管理和自动化机制。已经完成了很多工作来改进这些功能,因为生存性和自动化被视为对军队的下一代战术和战略战场网络等关键型术语,如FCS;但是,它们通常单独治疗。本文突出了这些功能之间的协同作用。特别是,我们表明,通过重新配置域,作为故障定位和多层自我修复算法要求,我们可以帮助速度速度隔离其中许多警报的原因并帮助解决一些网络问题。

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