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Self-stabilizing operating systems

机译:自稳定操作系统

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摘要

This work presents new directions for building a self stabilizing operating system kernel. A system is self-stabilizing [3, 4] if it can be started in any possible state and it converges to a desired behavior. A state of a system is an assignment of arbitrary values to the systems variables. The usefulness of such a system in critical and remote systems cannot be over estimated. Entire years of work maybe lost when the operating system of an expensive complicated device e.g., a spaceship, may reach an arbitrary state due to say, soft errors (e.g., [8]), and be lost forever. Last results of this research can be found in [5] and [6].
机译:这项工作提出了建立自我稳定操作系统内核的新方向。如果可以以任何可能的状态启动,系统是自稳压自稳定 [3,4],并且它会收敛到所需的行为。系统的状态是对系统变量的任意值的分配。在关键和远程系统中的这种系统的有用性不能超过估计。当昂贵的复杂设备的操作系统例如宇宙飞船时,整个工作量可能会丢失,因为宇宙飞船可能会达到任意状态,因此软误差(例如,[8]),并永远丢失。该研究的最后结果可以在[5]和[6]中找到。

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