Based on the model, the further research of fault tolerance on distributed computing cluster system is available.
此模型为分布式计算集群系统下的容错的进一步研究建立了基础。
A protocol is put forward, which can support crash-recovery model, make seamless fault - tolerance, and achieve the Consistency of multiple replicas in asynchronous system.
提出了一个支持失败-恢复模型，无缝错误忍受和可以在异步系统中实现的多副本一致性协议。
In order to enhance the fault tolerance ability of the fault diagnosis model, information correction is thus adopted based on the maximum likelihood decoding theory.
为了提高模型的容错性，提出了基于最大似然译码原理的监测信号信息校正方法，然后利用编码基本网在无畸变信号的基础上进行故障诊断。
The reliability and safety of the database fault tolerance backup system may be analyzed by using Markov model which synthesize multi-model of the invalidation.
并且利用马尔可夫模型综合多种失效模式分析本文中的数据库容错备份系统的可靠性和安全性。
The result shows that this model can effectively improve the recognition rate, the reliability and the ability of fault tolerance in the strong noise environment.
实验结果表明：该模型可以提高数据融合中的雷达型号识别率和可靠性，显示了强噪声环境下良好的应用前景。
To deal with the load balancing and fault tolerance in grid computing environment, a distributed scheduling model oriented to tradition and grid service execution mechanisms was proposed.
为有效解决网格计算环境中的负载平衡和容错问题，提出了面向传统和服务执行方式的分布式调度模型。
The method was realized in powerful cluster MPI computing environment using master-slave model. Strategies of load relocation on different nodes and fault-tolerance were adopted.
本算法在高性能计算机集群MPI环境中并行实现时，采用主从模式设计程序，合理调配各节点的计算负载，并应用容错处理手段，达到了较高的并行效率。
Recent years, a new network application model, P2P (Peer to Peer) has become more and more popular because of its outstanding advantages: augment-ability and highly fault-tolerance.
近几年来，P 2 P作为一种新型的网络应用模式以其可扩展性、高度容错性等突出优点变得越来越流行。
A power consumption model of checkpointing is setup, based on which a scheme for energy saving and fault tolerance based DVS and checkpointing is improved.
建立了检查点的功耗模型，并基于该模型改进了基于检查点的DVS容错节能算法。
Compared with traditional regression fitting formula, the model has good fault tolerance, versatility and other advantages.
与传统回归拟合公式相比，该模型具有容错性好、通用性强等优点。
To the avionics of fibre channel(FC) interconnection, based on the basic FC interconnection model, three fault tolerance topologies are given: loop-to-loop, switch-to-switch and switch-loop.
对于采用FC（光纤通道）网络的航空电子系统，从FC的基本模型出发，给出了三种具有容错能力的常用拓扑结构：双环结构、双交换机结构和交换机仲裁环组合结构。
To the avionics of fibre channel(FC) interconnection, based on the basic FC interconnection model, three fault tolerance topologies are given: loop-to-loop, switch-to-switch and switch-loop.
对于采用FC（光纤通道）网络的航空电子系统，从FC的基本模型出发，给出了三种具有容错能力的常用拓扑结构：双环结构、双交换机结构和交换机仲裁环组合结构。
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