fault-tolerant system
英 [fɔːlt ˈtɒlərənt ˈsɪstəm]
美 [fɔːlt ˈtɑːlərənt ˈsɪstəm]
网络 容错系统
双语例句
- Design and realization of distributed computing cluster fault-tolerant system
分布式计算集群容错系统的设计与实现 - Design of software fault-tolerant system based on RTEMS
基于RTEMS的软件容错系统设计 - An Adaptive Enterprise-class Construction of Fault-tolerant System
一种自适应的企业级容错系统的建构 - A fault-tolerant system experiences a crash due to hardware components faults or progressive performance degradation as an "aging" phenomenon, because of running continuously for very long periods.
容错系统不仅会产生硬件故障，由于连续长时间的运行，系统的性能也会逐渐下降或失效，即老化现象。 - In the method, neural network was used to reduce loss of performance and to ensure a given control precision of fault-tolerant system.
该容错控制方法还利用神经网络来减少容错系统性能损失，保证容错系统具有一定控制精度。 - Design of the Fault_tolerant Controller Based on FPGA in the Dual Fault-tolerant System
双机容错系统中基于FPGA容错控制器的设计 - Reliability analysis of bio-inspired fault-tolerant system
仿生容错系统的可靠性分析 - With the development of computer, the computer fault-tolerant system is very important in many fileds.
随着计算机的发展，容错系统越来越发挥着巨大作用。 - The Interval Analysis of the Reliability of Redundant Fault-Tolerant System
冗余结构容错系统的可靠性区间指标分析 - The modular construction design results in a kind of fault-tolerant system. The small-scale modules make system redundancy technology available, which improves system life greatly.
模块式结构是一种容错系统，小型化模块使得储备冗余技术得以实现，大大提高了系统寿命。 - This paper considers hardware components 'faults and aging phenomenon, and proposes composing redundant structure and rejuvenation schedule in the Fault-Tolerant system. Finally formalizes the system with timed-colored Petri Nets ( timed-CPN), and evaluates quantitatively the performance of the model based on numerical examples.
本文综合考虑容错系统中的硬件故障和老化现象，提出了将传统的冗余策略和软件抗衰策略相结合，并给出了该系统的时间颜色Petri网（timed-CPN）模型，并结合实例进行了分析。 - Discussion on a kind of multiprocessor based fault-tolerant system with double redundancy buses
一种双冗余总线多处理机容错系统的探讨 - 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。 - The experimental results verified that the fault-tolerant system is feasible and has good robustness.
实例仿真验证表明，本文所设计的现代航天器容错系统是可行的，并具有很强的鲁棒性。 - The article introduces the basic principle and content of fault-tolerant technology, and the experience stage realizing the key technology of the fault-tolerant function of the fault-tolerant system.
介绍了容错技术的基本原理及内容，以及容错系统的经历阶段和实现容错功能的关键技术。 - The Design and Implementation of a Fast and Reliable Fault-Tolerant System of Serial flash
一种快速可靠的串行flash容错系统的设计与实现 - Application Of Embryonic Arrays In Fault-tolerant System
胚胎阵列在容错系统中的应用 - The Model of Fault-Tolerant System with Rejuvenation
自恢复容错系统的模型和分析 - Finally, ( N+ M) fault-tolerant system is used as the optimization objective, and the optimal solution of cost model is also obtained.
最后以（N+M）容错系统的优化模型作为优化目标，得到了费用模型的最优解。 - Reliability Analysis for the Fault-tolerant System Based on Markov and Semi-Markov Model
基于马尔可夫模型的容错系统可靠性分析 - A new bio-inspired robust fault-tolerant system, embryonic system, is introduced.
介绍了一种新的仿生容错系统&胚胎型仿生硬件； - The reliability analysis for different systems and test results showed that the performance of dual fault-tolerant system designed could meet the demands.
不同冗余系统可靠性分析和有关测试结果表明，所设计的双机容错系统性能满足有关要求。 - However, in the embedded fault-tolerant system, especially in the fault-tolerant systems based on hardware redundancy, redundancy modules should run synchronously, transfer data across to vote and monitor.
然而，在嵌入式容错系统中，特别是采用硬件容错的系统中，冗余模块需要同步地运行，交叉地传递数据以进行表决监控。 - The Analysis of Check Cycle in Fault-Tolerant System of Forward Recovery Using Checkpointing
采用带检测点的向前恢复容错系统中的检测周期分析 - XYZ/ E is used to specify and verify the triple-modular redundancy fault-tolerant system.
使用XYZ/E描述和验证三机冗余容错系统。 - Multi-computer Fault-tolerant System of High Reliability
高可靠性多机容错系统 - A suit of sensors 'fault diagnosis and fault-tolerant system of fuel cell engine has been designed by kalman filter.
利用卡尔曼滤波器设计了燃料电池发动机传感器的故障诊断与容错系统。 - It is also applied to the optimization of ( N+ M) fault-tolerant system.
并将他应用于（N+M）容错系统的数学模型的优化。 - To solve these problems, a distributed multi-node fault-tolerant system based on the exiting hardware and software lab resources is designed and implemented.
针对这些问题，利用实验室现有的软硬件资源，设计并实现了一个分布式多节点容错系统。 - With the increase of traffic, the processing capability of fault-tolerant system has become the bottleneck of IN.
随着呼叫量的激增，容错计算机系统的处理能力已成为智能网系统能力的瓶颈。