A dynamic SDRAM access scheduler according to modern SDRAM technology and memory access scheduling algorithms is proposed in this paper.
在本文中提到动态sdram根据现代sdram技术进入调度程序和存储器进入调度的算法。
To prevent tasks from hogging the CPU and thus starving other tasks that need CPU access, the Linux 2.6 scheduler can dynamically alter a task's priority.
为了防止任务独占cpu从而会饿死其他需要访问CPU的任务,Linux 2.6版本的调度器可以动态修改任务的优先级。
Also note that the scheduler is fair across the busy and non-busy tasks, giving them roughly the same amount of processor access.
还请注意调度器在繁忙和非繁忙任务中是公平的,给予它们大概相同的处理器访问量。
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