Propose reliability cost based Grid task schedule algorithm.
提出基于可靠性代价的网格任务调度算法。
In this paper, myopic task schedule algorithm has been developed based on original task schedule algorithm, and its behavior has been simulated and its efficiency has been analyzed.
本文在普通任务调度算法的基础上提出了近视眼任务调度算法，并对近视眼任务调度算法进行仿真实现和性能分析。
After analyzing the task scheduling mechanism of OSEK standard, the problem is solved that the lower priority task can not be scheduled long time, and a compensating schedule algorithm is introduced.
通过分析osek标准的任务调度机制，针对其调度机制中优先级较低的任务长期不能执行等问题，提出一种补偿调度算法，在设定时间内对较低优先级任务进行补偿调度。
This paper proposes an improved Shuffled Frog Leaping algorithm (SFLA) for grid task schedule. The algorithm is based on traditional SFLA.
针对网格任务调度问题，提出一种基于改进混合蛙跳算法的网格任务调度策略。
Based on the concept of synthetic utilization of aperiodic tasks, an online task scheduling algorithm is designed to schedule security-sensitive aperiodic tasks with minimal security risk.
在分析非周期实时任务可调度性的基础上，提出一种基于处理器瞬态利用率、系统安全风险最小的在线调度近似算法。
Based on the concept of synthetic utilization of aperiodic tasks, an online task scheduling algorithm is designed to schedule security-sensitive aperiodic tasks with minimal security risk.
在分析非周期实时任务可调度性的基础上，提出一种基于处理器瞬态利用率、系统安全风险最小的在线调度近似算法。
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