自主服务组合中的异质管理

A. Colman
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引用次数: 11

摘要

本文提出支持自主服务计算的软件体系结构需要外生管理结构。外生管理将自主性视为要素之间关系的属性,而不是要素本身的属性。我们解释了外生管理的概念,并展示了支持自主性的一些理想属性是如何从这种方法中产生的。这些属性包括自我管理;分离性;递归组合;通过监测相互作用来接地气。我们将展示这些属性如何帮助增强服务的上下文感知组合的适应性和控制复杂性。然后我们讨论这种外生管理方法是如何在ROAD(面向角色的自适应设计)编程框架中实现的。该框架由软件开发人员扩展,以创建服务组合,其自治级别可以在运行时增量修改。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exogeneous Management in Autonomic Service Compositions
This paper proposes that software architectures that support autonomic service-oriented computing need to have an exogenous management structure. Exogenous management regards autonomicity as a property of relationships between elements, rather than a property of the elements themselves. We explain the concept of exogenous management, and show how a number of desirable attributes that support autonomicity flow from this approach. These attributes include self- management; separability; recursive composition; and grounding through the monitoring of interactions. We will show how these attributes help enhance the adaptability and control the complexity of context- aware compositions of services. We then discuss how this exogenous approach to management has been implemented in the ROAD (Role-oriented Adaptive Design) programming framework. This framework is extended by software developers to create service compositions whose level of autonomicity can be incrementally modified at runtime.
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