基于分析建模结果分析的网络物理系统自修复

K. Tkachenko
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引用次数: 0

摘要

网络物理系统可能具有自我修复的特性。为了模拟网络物理系统中的自我修复过程,值得考虑评估物理系统信息特征的方法对复杂计算机系统的适用性。因此,基于排队系统的分析建模,可以量化所研究的网络物理计算机系统的退化程度和自我修复的可能性。基于分析建模对网络物理系统计算机节点的自愈过程进行管理,可以减少用于修复和维护节点的资源运营成本,提高计算机节点的效率,包括以高效模式增加正常运行时间,也就是说,网络物理系统的运行发生了质的变化。由于计算机节点的自愈性,网络物理系统的自愈性提高了其健壮性和对外部变化的适应性。
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Self-healing of cyberphysical systems based on the analysis of the results of analytical modeling
Cyberphysical systems may have the property of self-healing. To model self-healing processes in cyberphysical systems, it is worth considering the applicability of approaches to assessing the information characteristics of physical systems to complex computer systems. Therefore, it is possible to quantify the degree of degradation and the possibilities for self-healing of the studied cyberphysical computer system based on analytical modeling of the queuing system. Management of self-healing processes of a computer node of a cyberphysical system based on analytical modeling allows to reduce the operational costs of resources for the repair and maintenance of the node, increases the efficiency of the computer node, including by increasing the uptime in an efficient mode, that is, there are qualitative changes in the operation of the cyberphysical system. Self-healing of a cyberphysical system due to self-healing of computer nodes increases the level of its robustness and adaptability to external changes.
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