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DESIGNING A FAIRER ROUND ROBIN SCHEDULING ALGORITHM

机译:设计公平的轮循调度算法

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摘要

Operating Systems that implement a simple round robin scheduler are inherently inefficient. In this environment tasks that have consumed or consume more CPU than their peers get equal scheduling priority on the CPU. By implementing a priority queue on the scheduler you can easily improve performance of processes that require short bursts of CPU while continuing to service the processes with higher usage demands. The example used is based on the Minix operating system. However, this scheduling algorithm can be applied for any operating system that implements a round robin scheduler.
机译:实现简单循环调度程序的操作系统本质上效率低下。在这种环境中,消耗或消耗的CPU比其同等对象更多的任务在CPU上具有相等的调度优先级。通过在调度程序上实现优先级队列,您可以轻松地提高需要短暂CPU突发的进程的性能,同时继续为具有更高使用需求的进程提供服务。使用的示例基于Minix操作系统。但是,此调度算法可以应用于实现循环调度程序的任何操作系统。

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