Using the best connectivity bipartite graph, we also present two classes of multibus systems which have the best degree of bus fault tolerance and the best degree of bus-processor fault tolerance as well as better degree of processor fault tolerance. 然后,借助于二元图的最佳连通性,就一般情形,提出了两类多总线系统,它们具有最优总线容错度、最优混合容错度和较优处理机容错度。
This paper proposes a uniform multibus architecture, which consists of two types of nodes: the processor or computer node and the bus node. 本文提出一种面向总线的容错式多处理器或多计算机网络结构,它由处理器/计算机节点和总线节点构成。
Study of Real-Time Control System for Multibus Multiple Micro Processor 多总线多处理机实时控制系统的研究
The fault-tolerant design of multibus structure in which each processor was connected to two buses, and a new class of multibus structure with better falu-tolerant and expandability was put forward. 研究每个处理挂在两条总线上的多总线结构的容错设计问题,提出了一类新的具有较佳(最佳)容错性和可扩充性的多总线结构。