操作体系结构构件表示计算机系统的网络，这些系统支持解决方案的某些性能、可伸缩性和容错等需求。
The operational architecture artifact represents a network of computer systems that support some of the performance, scalability, and fault tolerance (among others) requirements of the solution.
从计算机体系结构观点，提出一个STD总线工控机二模容错计算机系统。
This paper presents a STD bus double modular fault-tolerant computer system based on computer architecture.
通过创建非常高的可用性和容错能力的计算资源网，P 2 P体系结构为实现真正的分布式计算提供了新的契机。
By building computing resource network of high usability and fault tolerate capability, the P2P network makes possible for the reality of distributed computing.
阐述了机载实时容错分布式计算机系统测试体系结构及测试方法，并简要介绍了测试总线和测试控制器的设计。
The test structure and test method in an air-born real-time fault-tolerant distributed computer system are dealt. The design of test controller and test buses are also discussed briefly.
处理器的容错机制是通过修改超标量体系结构，利用时间冗余技术实现的。
The processor's fault tolerant mechanism mainly using temporal redundancy technique was implemented by modifying superscalar processor architecture.
处理器的容错机制是通过修改超标量体系结构，利用时间冗余技术实现的。
The processor's fault tolerant mechanism mainly using temporal redundancy technique was implemented by modifying superscalar processor architecture.
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