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Biology as Inspiration Towards a Novel Service Life-Cycle

机译:生物学对新型服务生命周期的启示

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摘要

A crucial challenge for future computing environments is the development and management complexity caused by an increase in mobility and heterogeneity of networked devices. Autonomous, service-oriented computing environments promise to significantly reduce the management overhead and the need for human intervention. Making services autonomous, requires a shift in the design of service life-cycles, away from static, partially human-controlled mechanisms towards self-control principles. In this work, a biologically inspired service life-cycle is proposed. This life-cycle utilizes evolutionary principles for the adaptation and evaluation of services in highly dynamic computing environments. Additionally, approaches for the autonomous service creation are integrated to the bio-inspired service life-cycle in order to rapidly address users' needs on demand, but also to come up with completely new services.
机译:未来计算环境面临的关键挑战是由于网络设备的移动性和异构性的增加而导致的开发和管理复杂性。自主的,面向服务的计算环境有望显着减少管理开销和人为干预的需求。要使服务具有自治性,就需要改变服务生命周期的设计,从静态的,部分人为控制的机制转向自我控制原则。在这项工作中,提出了生物学启发的服务生命周期。这个生命周期利用进化原理来适应和评估高度动态计算环境中的服务。此外,用于创建自动服务的方法已集成到受生物启发的服务生命周期中,以快速满足用户的需求,同时也提出了全新的服务。

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