With the combination of checkpointing and task duplication, not only effective fault recovery but also perfect fault detection can be achieved.
将检查点与任务重复技术相结合，不仅能够完成有效的故障恢复，而且还能进行完善的故障检测。
An integrated fault tolerance approach that provides checkpointing, task duplication and DVS (dynamic volt - age scaling) for embedded systems is presented in this paper.
本文提出了一种用于嵌入式实时系统的集成检查点回卷、任务重复和DVS的容错方法。
The present scheduling algorithms are mostly based on task duplication, and the dependence between the predecessor tasks and successor tasks is not well taken into account.
目前的调度算法大多是基于任务复制的，没有充分考虑前驱任务与其后继任务间的相关性。
When you design activities for reuse, such a duplication is a strong limitation, because any reusing process must provide two as and two Cs as input to task 4, or the task cannot execute.
当您设计可供重用的活动时，这种复制会成为严重的限制，因为任何重用过程都必须提供两个a和两个C作为Task4的输入，否则任务就无法执行。
Any duplication based task scheduling algorithm can integrate it easily.
任何一种基于复制的调度算法都可以和它结合使用。
Proposed a duplication based task scheduling algorithm with communication limits for general task graph, TDMSCL.
给出针对普通任务图带通信限制的基于复制调度算法TDMSCL。
Proposed a duplication based task scheduling algorithm with communication limits for general task graph, TDMSCL.
给出针对普通任务图带通信限制的基于复制调度算法TDMSCL。
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