The schedulability test approach for LRIF algorithm is presented. The implementation issues of LR...
论文还提出了LRIF调度算法的可调度性分析方法，并讨论了LRIF调度算法的实现方法。
Schedulability test inequation of the algorithm is presented in the paper. The validity and the flexibility of the algorithm are proved through the analysis of classical task sets.
文中给出该算法的可调度判定不等式，并且通过对经典任务集的调度结果，验证了算法的有效性和灵活性。
Both theoretic analysis and simulation test show that, these two protocols can improve the schedulability of hard real-time transactions, and achieve higher processor utilization.
理论分析与仿真测试结果都表明，这两种协议能够改善硬实时事务集的可调度性，并实现更高的处理器利用率。
They form the inputs for schedulability tools, which test whether a given task set is schedulable on a given target system.
最坏执行时间是可调度分析工具的输入，可调度分析决定了一组任务在一个给定的目标系统下是否可调度。
They form the inputs for schedulability tools, which test whether a given task set is schedulable on a given target system.
最坏执行时间是可调度分析工具的输入，可调度分析决定了一组任务在一个给定的目标系统下是否可调度。
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