The net lifetime and fault tolerance can be improved using appropriate topology control algorithm.
通过合理的拓扑控制可以增强网络的生存和容错性能。
Because the time constraint of the real-time tasks, the scheduling algorithm must incorporate the fault-tolerance technique, for preventing from the task failure under the condition of system faults.
由于实时任务有时间限制性的要求，因此为了防止系统出错而导致的任务失败，在实时任务调度算法中还必须考虑容错问题。
A wide area backup protection algorithm with high fault-tolerance performance is proposed to implement the distributed wide area backup protection system.
提出一种高容错性的广域后备保护算法，用于变电站间分布式广域后备保护系统。
RB-CRSP platform was also load balancing and fault-tolerant, which was strongly supported by hardware and credit standing based scheduling algorithm and the workers oriented fault tolerance policy.
分析了RB-CRSP中的自适应资源调度策略，该策略考虑了节点的硬件信息与可信誉机制，实现了平台的负载均衡性；
RB-CRSP platform was also load balancing and fault-tolerant, which was strongly supported by hardware and credit standing based scheduling algorithm and the workers oriented fault tolerance policy.
分析了RB-CRSP中的自适应资源调度策略，该策略考虑了节点的硬件信息与可信誉机制，实现了平台的负载均衡性；
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