这种方法极大地提高了算法的调度成功率。
The proposed algorithm improves the scheduling success ratio very much.
经模拟试验证明，该调度算法提高了任务的调度成功率。
Our simulation trial proves that this algorithm improves the scheduling success ratio.
在该算法中，提出了一个新的处理器选择策略，从而提高了算法的调度成功率。
In this algorithm, a new processor selection policy is developed to improve scheduling success ratio.
模拟结果显示，在多种任务参数的取值下，新算法的调度成功率均高于近视算法。
Simulation results show that the scheduling success ratio of the new algorithm is always higher than the myopic algorithm in real-time heterogeneous systems for a variety of task parameters.
该算法采用了集中式的调度方案，同时，引入了一个新的任务分配策略，从而通过提高任务可行性而提高了算法的调度成功率。
The proposed algorithm is in centralized manner, and improves the schedulability of tasks by introducing a new efficient task assignment policy.
该算法采用了集中式的调度方案，同时，引入了一个新的任务分配策略，从而通过提高任务可行性而提高了算法的调度成功率。
The proposed algorithm is in centralized manner, and improves the schedulability of tasks by introducing a new efficient task assignment policy.
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