分析得出了任务受到最高优先级任务干涉的最大可能值，由此得到了一个更紧的可调度性判断条件。
The possible maximum interference of the tasks with highest priority was given by analysis, and then a tighter schedulability policy was put forward.
最高优先级任务（精细值为 -20）收到大概 1200 亿个时钟节拍，而最低优先级任务（精细值为 19）接收到21,000,000 个时钟节拍。
The highest-priority task (nice of -20) received ~120 billion ticks, while the lowest-priority task (nice of 19) received 21 million ticks.
最高优先级任务（精细值为 -20）收到大概 1200 亿个时钟节拍，而最低优先级任务（精细值为 19）接收到21,000,000 个时钟节拍。
The highest-priority task (nice of -20) received ~120 billion ticks, while the lowest-priority task (nice of 19) received 21 million ticks.
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