Autonomic System Administration. A Testbed on Autonomics

J. M. González, J. Lozano, Alfonso Castro
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引用次数: 6

Abstract

Nowadays, companies are becoming increasingly dependent on IT infrastructures as the automation of their business processes is widely supported by an ever growing number of software systems. However, the administration tasks of ensuring the proper functioning of system infrastructure are still a very labour intensive process that can put company's strategy at risk. This paper presents a proof of concept that comprises some of the main autonomic computing and Web2.0 technologies and principles for developing self-management infrastructures. The solution is based on a distributed architecture of autonomic agents deployed in hosts where system processes run. A knowledge plane and a collaborative space between agents deployed in different hosts have been implemented through a Web 2.0 solution to ensure communication between agents: a Wiki allowing them to share knowledge has been successfully developed. As a consequence some changes in services and systems lifecycles take place; the desired behaviour must be specified for an infrastructure to take necessary actions. No specific technical actions are defined but the desired behaviour. Using a business oriented interface instead of infrastructure specific commands, system administrators will find a way to administer systems without losing sight of business goals. Therefore technical knowledge is no longer a must.
如今,随着业务流程的自动化得到越来越多的软件系统的广泛支持,公司越来越依赖于IT基础设施。然而,确保系统基础设施正常运行的管理任务仍然是一个非常劳动密集型的过程,可能会使公司的战略处于危险之中。本文提出了一个概念证明,其中包括一些主要的自主计算和Web2.0技术以及开发自我管理基础设施的原则。该解决方案基于部署在运行系统进程的主机中的自主代理的分布式体系结构。已经通过Web 2.0解决方案实现了部署在不同主机上的代理之间的知识平面和协作空间,以确保代理之间的通信:已经成功开发了一个允许它们共享知识的Wiki。因此,服务和系统生命周期会发生一些变化;必须指定所需的行为,以便基础设施采取必要的操作。除了期望的行为外,没有定义具体的技术动作。使用面向业务的接口而不是特定于基础结构的命令,系统管理员将找到一种管理系统而不会忽略业务目标的方法。因此,技术知识不再是必须的。
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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