This paper presents a STD bus double modular fault-tolerant computer system based on computer architecture. 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。
Synchronization is the key process in implementing fault-tolerant computer systems based on voting. 同步是实现基于表决的容错计算机系统的关键过程。
Application of a Clustering Algorithm in Fault-tolerant Computer System 一种聚类算法在容错计算机系统中的应用
Design and Implementation of Load Simulation System on High-Performance Fault-Tolerant Computer 高端容错机负载模拟系统的设计与实现
Realization of the distributed fault-tolerant computer communication system 分布式容错计算机通讯系统的实现
Last, reliability analysis would provide academic sustainability for designing and building a fault-tolerant computer system. On the basis of a Fault Tree, partition set and minimum partition set are used to calculate the reliability. 可靠性分析为设计和建立容错计算机系统提供了理论依据,本文在所建立的故障树的基础上,采用割集和最小割集的方法定性和定量地分析了系统的可靠性。
A redundancy node configuration for distributed fault-tolerant computer system 分布式容错计算机系统的一个冗余结点配置
Under the background of flight control computer, three aspects, synchronization, voting and reliability analysis, of Triple Modular Redundancy ( TMR) fault-tolerant computer system are discussed. 本文以飞行控制计算机为应用背景,对容错计算机进行研究,主要内容包括容错计算机的同步技术、表决技术和可靠性分析三个部分。
A Warm Sparing Fault-tolerant Computer's Design and Implementation 一种基于温备份的容错计算机的设计与实现
Design and Development of a Interlocking Control System of Fault-Tolerant Computer Based on RTLinux/ Linux 基于RTLinux/Linux的双机热备计算机联锁控制系统研究与实现
First, this paper has discussed the hardware and software configuration of the dissimilar redundancy fault-tolerant computer system, and described how to realize this fault-tolerant system and proposed a reliability model based it. 本论文首先论述了非相似余度容错计算机系统的硬件和软件结构,描述了该系统的容错实现技术,并在此基础上提出了一种适合于该系统可靠性分析的数学模型。
This paper introduces a Repairable Triple Modular Redundancy ( RTMR) fault-tolerant computer and establishes the fault model. Subsequently, the author puts forwards a high effectively voting mechanism which can detect the faults of the Processing Module and Voter Module. 本文介绍了一种可修复的三模冗余容错计算机,在建立该机故障模型的基础上,提出了一种高效的、可检测处理系统故障和表决器故障的表决机制。
Fault injection is a powerful method for test and evaluation of fault-tolerance mechanisms, which may be widely used during all phases of developing of fault-tolerant computer systems. 故障注入是一种有效的测试和评价容错机制的方法,可被普遍应用于容错计算机系统开发的各个阶段中。
Reliability of Fault-tolerant Computer Systems Based on Petri Nets 基于Petri网的容错计算机可靠性
Research on Reliability Evaluation of Fault-tolerant Computer System 容错计算机系统可靠性评估研究
A Kind of Fault-Tolerant Computer Architecture with High Performance-Cost Ratio 一种高性价比的容错计算机结构
Research on Fault-tolerance Mechanism of COTS Components Based Generic Highly Reliable Fault-tolerant Computer 基于COTS技术的高可靠通用容错计算机容错机制研究
A Fault-Tolerant Computer System Based upon MCS 8098 基于MCS8098的容错计算机系统
Avionics and control systems for aircraft and automobile use distributed, fault-tolerant computer sys-tems. They are composed of different functions. 飞机或汽车上使用的电子设备和控制系统都是分布式的、容错的计算机系统,它们是由各种功能模块组合构成的。
As it is shown, TYJL_& ECC fault-tolerant computer interlocking control system features high reliability and safety. 研究表明,TYJL&ECC容错计算机联锁系统具有很高的可靠性和安全性。
Fault-tolerant computer system for STD STD容错计算机系统
Reliability Evaluation of TYJL_ECC Fault-tolerant Computer Interlocking Control System TYJLECC容错计算机联锁系统的可靠性评估
Through the analysis the fault-tolerant computer system has a very high reliability. 通过分析可以发现该容错计算机系统具有很高的可用性。
High-end fault-tolerant computer systems are widely used in key areas such as finance, telecommunications, etc. They are different from the ordinary transaction processing systems. 应用于金融、电信等关键领域的高端容错计算机不同于普通的事务处理服务器,它既要具有较高的事务处理性能,又要具有极高的可用性。
Therefore, how to evaluate the availability of high-end fault-tolerant computer is very important. 因此,对高端容错计算机系统的可用性评价显得尤为重要。
The high-performance fault-tolerant computer has been applied more and more widely in modern business applications. 在现代商业应用中,高性能容错计算机的应用越来越广泛。
In the field of high-performance fault-tolerant computer research, fault management system is the core of the fault-tolerant framework on OS-level, which keeps monitoring hardware and is responsible for fault detection, isolation and recovery. 在高性能容错计算机领域,负责故障的检测、隔离和恢复的故障管理系统是操作系统级容错框架的核心环节。
Therefore such industries generally adopted fault-tolerant computer. 因此此类行业一般都采用容错计算机。
At present, in the key industries related to national security and national economy, such as finance, telecommunications, energy, civil aviation, the high-performance fault-tolerant computer has been monopolized by foreign manufacturers. 目前,关系到国家安全和国计民生的重要行业,如金融、电信、能源、民航等的高性能容错计算机基本由国外厂商垄断。
High-end fault-tolerant computer means computer that has both high performance and high availability. 高端容错计算机是指同时具备高性能和高可用特性的高端服务器。