Non preemptive EDF ( earliest deadline first) is selected for scheduling messages and the method for realizing the scheduling algorithm is presented based on token control. 基于此采用了非抢占EDF算法调度进行信息调度,并给出了该算法基于令牌总线的实现方法。
Partial preemptive real-time scheduling algorithm in software fault-tolerant model 软件容错模型中的部分抢占实时调度算法
The threshold based dual-level priority algorithm integrates preemptive scheduling and non-preemptive scheduling. The schedulability of jobs can be improved by the algorithm, and the system overhead introduced by preemption can be reduced, too. 基于阈值的双优先级调度算法结合了抢占式与非抢占式调度算法的优点,可以提高任务集的调度成功率,并减少由于任务切换引起的系统开销。
To solve this problem, we study the low-complexity preemptive packet-mode scheduling and propose the algorithm called preemptive short packets first ( P-SPF). 为解决该问题,本文设计了一种低复杂度抢占式交换结构,并提出了相应的抢占式短包优先调度算法(PSPF)。
Schedulability Analysis for Non-Preemptive EDF Scheduling Algorithm 不可抢占式EDF调度算法的可调度性分析
This paper proposes a preemptive process migration system with the supporting of socket migration. Combined with the load balancing algorithm it can solve the above problem efficiently. 为此本文提出了一种支持socket迁移的抢占式进程迁移系统,结合负载平衡算法可以有效解决以上问题。
Link State Analysis is the essential part of the algorithm. The preemptive algorithm tries to ensure the reliability of the new discovered route during the route discovery. 该算法以链路状态分析为基础,在路由发现时尽量保证新发现路由的可靠性;
For a preemptive threshold scheduling periodic task, an algorithm CRFS is put forward to compute the response time of its requests. 针对抢占阈值调度策略,提出了CRFS算法。
The simulation result shows that Preemptive Routing Algorithm proposed in this paper significantly reduces the number of broken paths, decreases the packet delivery delay and improves the performance of networks with a small increase of protocol overhead. 仿真结果表明,该算法能以可接受的开销有效地减少路由失效数、降低分组投递延迟,提高了网络性能。
Preemptive Routing Algorithm Implemented by Link Prediction 利用链路预测实现的抢先式路由算法
μ C/ OS-II as a priority-based preemptive kernel, its task scheduling algorithm efficiency is high and the task cuts quickly. μC/OS-II实时操作系统作为一个基于优先级抢占式的内核,它的任务调度算法效率高,任务切换快。