Redundancy design technology and distributed shared memory strategy is used to enhance the reliability and fault-tolerance capability of the whole system.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
Redundancy design technology and distributed Shared memory strategy are used to enhance the reliability and fault-tolerance capability of the whole system.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
Redundancy design technology and distributed Shared memory strategy were used to enhance the reliability and fault-tolerance capability of the whole system.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
The two common hardware platforms used in HPC are Shared memory systems and distributed memory systems.
HPC中使用的两种主要的硬件平台是共享内存系统和分布式内存系统。
This allowed the system to be distributed over multiple processors, either using shared memory directly as in most Mach messages, or by adding code to copy the message to another processor if needed.
这种设计有利于把系统分布到多个处理器之上，既可以像大多数Mach消息那样直接通过共享内存来传递，也可以在必要的时候增加一点代码把消息复制到别的处理器上。
Distributed systems, scalability, fault tolerance, Shared memory, transactions, two-phase commit.
分布式系统，可伸缩的，容错的，分享内存，事务，二阶段提交。
Physical Shared memory bus, message translating LAN and copy Shared memory network are the main interconnecting technology using in distributed real-time simulation.
分布式仿真系统可采用的联接方式主要有物理共享内存总线、消息传递网络和复制共享内存网络三种。
Physical Shared memory bus, message translating LAN and copy Shared memory network are the main interconnecting technology using in distributed real-time simulation.
分布式仿真系统可采用的联接方式主要有物理共享内存总线、消息传递网络和复制共享内存网络三种。
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