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An autonomic mechanism based on ant colony pattern for detecting the source of incidents in complex enterprise systems

机译:基于蚁群模式的自主机制用于复杂企业系统事件源的检测

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摘要

In complex enterprises, various events such as failure of a server, malfunction of an application etc. may happen. In many cases, these events are caused by a change or an incident in a resource which belongs to another layer of information technology architecture. This makes the detection of complex events very difficult. In this paper, a mechanism is proposed based on pheromone deposition pattern for detecting the main source of failures and deficiencies in any position in the information technology architectural layers and recognising appropriate alternative solutions. It is expected that this mechanism facilitates the coordination between the resources which are not digitally represented. For sake of evaluation, two case studies are considered which investigate the inter-layer adaptation scenarios. The results show that the adaptation process can be done in less time and with more scalability with utilisation of the proposed mechanism in comparison with classic approaches.
机译:在复杂的企业中,可能会发生各种事件,例如服务器故障,应用程序故障等。在许多情况下,这些事件是由资源中属于信息技术体系结构另一层的更改或事件引起的。这使得检测复杂事件非常困难。本文提出了一种基于信息素沉积模式的机制,用于检测信息技术体系结构层中任何位置的故障和缺陷的主要来源,并识别适当的替代解决方案。期望该机制促进未数字表示的资源之间的协调。为了进行评估,考虑了两个案例研究,它们研究了层间适应方案。结果表明,与经典方法相比,利用所提出的机制,可以在更短的时间内完成适应过程,并具有更大的可扩展性。

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