Self-Healing in Distributed Network Environments

A. Rott
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引用次数: 11

Abstract

As a new vision in designing computer systems, organic computing is becoming more and more important. These systems are very flexible, autonomous and geared to the organic, human model. They are designed for self-optimizing, self-configuring, self- healing and self-protecting behavior. In the networking area we currently notice a centralization trend resulted in centralized servers, from where an immense number of distributed clients in worldwide locations are being controlled. Because of this centralization process ever fewer administrators are responsible for ever more systems. Concurrently the complexity of software and the dependence on local and distributed systems are growing with each new software version. Therefore it makes sense to apply the organic computing approach to a system that supports this increased requirements, adopting the behavior of human system administrators with the special focus of self-healing.
分布式网络环境中的自我修复
有机计算作为计算机系统设计的一种新思路,越来越受到人们的重视。这些系统非常灵活、自主,并与有机的人类模型相适应。它们具有自我优化、自我配置、自我修复和自我保护的功能。在网络领域,我们目前注意到一种集中化趋势,导致了集中式服务器的出现,从那里可以控制世界各地的大量分布式客户端。由于这种集中化过程,越来越少的管理员负责越来越多的系统。同时,软件的复杂性以及对本地和分布式系统的依赖随着每一个新的软件版本而增长。因此,将有机计算方法应用于支持这种增加的需求的系统是有意义的,它采用人类系统管理员的行为,特别关注自我修复。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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