Combined Cache Policy for Service Workflow Execution Acceleration

Yidong Chen, Jian Cao, Jing Xiao
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Abstract

In recent years, to compose a set of web services as a service workflow is becoming a common practice. When a service workflow is executing, a service workflow engine is responsible for service invocations in terms of the process logics. In order to accelerate the executions of service workflows, the invocation results of services can be cached to facilitate future reuse so that the re-invocations of the services can be possibly avoided. A combined cache policy based on the service relationship modeling is proposed. The cache problem of a service workflow is formalized firstly. The data structure for this policy based on a chained table is then defined. How to refresh the cache is also discussed. Experiment's results show that the execution speed is increased comparing with the policy of independent service cache policy. At the same time, the amount of cache refresh time is decreased.
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用于业务工作流执行加速的组合缓存策略
近年来,将一组web服务组合为服务工作流正在成为一种常见的实践。在执行服务工作流时,服务工作流引擎根据流程逻辑负责服务调用。为了加速服务工作流的执行,可以缓存服务的调用结果以方便将来的重用,从而可能避免对服务的重新调用。提出了一种基于服务关系建模的组合缓存策略。首先形式化了服务工作流的缓存问题。然后定义基于链表的此策略的数据结构。还讨论了如何刷新缓存。实验结果表明,与独立服务缓存策略相比,该策略的执行速度有所提高。同时,减少了缓存刷新时间。
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