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• W1574161839 abstract "Advances in hardware and software technologies have given software applications the ability to process multimedia data and to perform large-scale computation. The increased ability has been one of the driving forces which have led to the proliferation of applications with heterogeneous performance requirements on various computer systems. To satisfy these performance requirements, applications expect predictable resource allocation and different classes of applications require different resource management policies. Conventional general purpose operating systems have been developed for a single class of best-effort applications, hence, are inadequate to support multiple classes of applications. In this dissertation, we present the design, implementation and evaluation of a CPU bandwidth management framework that provides service differentiation and predictability in allocating CPU bandwidth, therefore, is suitable for next-generation operating systems. In this dissertation, we decompose the task of managing CPU bandwidth to meet application performance requirements into sub-tasks and present our solution to each sub-task at the following three layers of abstraction: (1) Thread scheduling layer, we design a hierarchical thread scheduling structure which allows different thread scheduling policies to co-exist in the system and provides protection among them. (2) Application management layer, we design mechanisms which allow application to be designated as the CPU band-width principal and ensure that the computation of an application, no matter carried out by which thread, consumes the bandwidth allocated to the application. (3) QoS management layer, we design a bandwidth reservation interface that allows applications to utilize the various bandwidth allocation policies implemented by the previous two layers. Hence, it facilitates the deployment and development of adaptable applications and supports the implementation of system-wide bandwidth usage policies. We demonstrate that addressing the issues at any single layer has its limitations, a comprehensive CPU bandwidth management framework demands the integration of solutions to all the sub-tasks. We implement such a 3-layer architecture in the kernel of Solaris 2.5 and demonstrate through experiments that such a CPU bandwidth management framework is able to provide service differentiation and predictability, hence, is able to meet heterogeneous application performance requirements." @default.
• W1574161839 created "2016-06-24" @default.
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• W1574161839 date "2000-01-01" @default.
• W1574161839 modified "2023-09-24" @default.
• W1574161839 title "Predictable cpu bandwidth management framework for next-generation operating systems" @default.
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