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A Continuation Based Middleware to Experiment with Economy Based Service Scheduling

机译:基于延续的中间件,用于实验基于经济的服务调度

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Service-oriented computing is posing new challenges in the management of computational resources. They are considered as a network-available commodity to perfom some tasks and their provision should account both for user- and provider-dependent Quality-of-Service (QoS) requirements. In this scenario, the possibility to manage the execution of services is advisable to be able to control their provision, so that providers can make different decisions on the QoS they provide their services with according to the requirements of new service requests. In this work we present a middleware architecture to implement service providers featuring flexible control of services by explicitly controlling the suspension and resuming of service execution. The middleware uses program "continuations" as the basic mechanism to control service execution at programming level rather than using operating system facilities. In order to test the proposed middleware we developed a service provider implementing a budget-based resource-sharing scheduling algorithm. Different tests show that the provider is able to meet QoS requirements in terms of cost associated to a service request, still assuring the possibility to run all the received requests.
机译:面向服务的计算在计算资源管理方面发起了新的挑战。它们被视为网络可用的商品,以免一些任务及其规定应考虑用户和提供者相关的服务质量(QoS)要求。在这种情况下,可以建议管理服务执行的可能性,以便能够控制其规定,以便提供者可以根据新服务请求的要求为QoS提供不同的决策。在这项工作中,我们介绍了一种中间件架构,实现了通过明确控制暂停和恢复服务执行来实现灵活控制服务提供商的服务提供商。中间件使用程序“延续”作为控制编程级别的服务执行而不是使用操作系统设施的基本机制。为了测试所提出的中间件,我们开发了一种实现基于预算的资源共享调度算法的服务提供商。不同的测试表明,在与服务请求相关的成本方面,提供者能够满足QoS要求,仍然可以确保运行所有接收的请求的可能性。

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