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FLEXIBLE AND OPTIMAL RESOURCE SELECTION IN MULTIPROCESSOR SYSTEMS
FLEXIBLE AND OPTIMAL RESOURCE SELECTION IN MULTIPROCESSOR SYSTEMS
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机译：多处理器系统中的灵活最优资源选择
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摘要
Dynamic resource allocation may be performed in non-uniform memory access (NUMA) systems to fulfill user resource requests. Rather than having the number and physical location of allocated resources be fixed for different size resource allocation, the system may provide a user flexibility to choose the number and location of resources they want to use for a certain application. The system may determine an optimal resource allocation based on available resources and may inform the user. The optimal resource allocation may provide the user with maximum performance and isolation over other resource allocation configurations. Similarly, the above method can be used to allocate not only CPU and memory, but also I/O ports. In addition a policy driven approach can also be used to better allocate compute resources. For example, an high CPU intensive application can focus only on allocation of CPU and memory, whereas an I/O intensive application can focus only on allocation of I/O port resources.
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