容错设计的英文

• fault tolerant design
• fault-tolerant design

• "设计"英文翻译    devise; project; plan; desig ...
• "容错" 英文翻译 :    ea error acceptance; fault tolerance; fault tolerant; fault toleration; fault-tolerant
• "侦错设备" 英文翻译 :    diagnostic routing equipment
• "容错，容错能力" 英文翻译 :    fault tolerance
• "前向纠错设备" 英文翻译 :    forward error correction equipment
• "容错的" 英文翻译 :    fault-tolerant
• "容错法" 英文翻译 :    fault tolerant approach; fault-tolerant approach
• "容错级" 英文翻译 :    tolerant level
• "容错性" 英文翻译 :    faulttolerance; tolérance aux pannes n.f
• "自动回询纠错设备" 英文翻译 :    automatic error request equipment
• "sft系统容错" 英文翻译 :    system fault tolerance
• "包容错误" 英文翻译 :    containment error
• "不容错过" 英文翻译 :    friends_615 616 the one that could have been
• "不容错失" 英文翻译 :    chemical remix; ep
• "部分容错" 英文翻译 :    partial fault-tolerance
• "内部容错" 英文翻译 :    built-in fault tolerance
• "人为容错" 英文翻译 :    man-made fault tolerance
• "容错, 故障容忍" 英文翻译 :    fault tolerance
• "容错操作" 英文翻译 :    fault tolerant operation; fault-tolerant operation
• "容错电脑" 英文翻译 :    computer, fault-tolerant; fault-tolerant computer
• "容错分发" 英文翻译 :    lenient distribution
• "容错分析" 英文翻译 :    robust parsing
• "容错概念" 英文翻译 :    fault-tolerant concept
• "容错更玛" 英文翻译 :    rumco gainma
• "容错功能" 英文翻译 :    fault tolerance

• Advanced aircraft power system and its control system was introduced and fault tolerant design of data bus was discussed
  摘要介绍了先进飞机供电系统及其控制系统的组成，并对数据通信总线的容错设计进行论述。
• After that fault pattern and effect analysis have been applied to make an analysis to the hardware and get a conclusion that the master and a / d needs fault - tolerance design
  而后采用故障模式与影响分析法对硬件进行分析，得到了主机与a d需要容错设计的结论。
• The paper makes an analysis of the needs of the fault - tolerance design , suggesting the reliability requirements in the railway axis - counting computer and positioned the fault - tolerance category
  系统分析了容错设计的需求，提出了铁路计轴计算机系统的可靠性要求，对容错类型进行了定位。
• Designs of redundant , radiation hardening and anti - lock of cmos integrate circuit were developed as the reliability steps of the on - board embedded computer system
  提出了利用一定冗余备份的容错设计技术、计算机抗辐加固技术和cmos集成电路抗闩锁技术等提高星载嵌入式计算机系统可靠性的措施。
• In order to achieve highly reliable application program layer , applicability and availability of ada program language is analyzed . at last , a new software voting mechanism is introduced
  为了实现应用程序级的高可靠性，本文论述了使用ada程序设计语言进行fadec系统程序级容错设计对fadec系统的可靠性提高具有明显贡献，而且易于实现。
• There are two designing cases for reliability : they are fault avoiding and fault - tolerance . fault - tolerance will improve reliability from system structure . it is a feasible plan of reliable systems design facing application
  可靠性设计有避错与容错两种设计方案，容错设计从系统结构上提高可靠性，是面向应用的可靠性系统设计的可行方案。
• In the research and implement of the multiprocessor system , we have developed a smp like structure which two cpus share a memory , and a cool backup system for the fault - tolerant . this system can meet the requirement of reliability
  在多处理器系统体系结构的研究实现上,我们采用了双cpu共享内存的类smp结构,同时进行了系统冷备份冗余的容错设计,保证星载多处理器实时系统的可靠性。
• This thesis introduces the conception of the system reliability , and analyzes some basic techniques for system reliability systematically , concludes the factors that influence the fault - tolerant real - time system : on the one hand , most of the fault - tolerance systems utilizes the hardware fault - tolerant technique , which improves the system reliability in a certain extent . however , this approach can only solve hardware error , and is helpless to software error . on the other hand , the real - time computing systems are designed decoupling between hardware and software , which is not beneficial for reliability design , especially for the tolerance design of software
  本文首先介绍了系统可靠性的基本概念;详细分析了基本的可靠性保障技术,特别是软件容错和硬件容错的基本技术;归纳了制约容错技术在实时系统中的应用的两个核心问题:一是大多数容错系统以硬件容错为主,对于软件错误无能为力;二是实时计算机系统设计中软硬件耦合度低的特点不利于系统可靠性设计,特别是软件容错设计;导出了现代错误容忍设计急待解决的关键问题:确保硬件忍错,强化软件容错,在系统级整合软、硬件容错。
• Topics include : the nature of risk , formal accident and human error models , causes of accidents , fundamental concepts of system safety engineering , system and software hazard analysis , designing for safety , fault tolerance , safety issues in the design of human - machine interaction , verification of safety , creating a safety culture , and management of safety - critical projects
  其主题有：危险的性质，突发意外事件和人类错误模型，意外事件的因素，系统安全工程学的基本理论，系统和软件的危险分析，安全和容错设计，设计安全的人机交互，安全确认，创造安全文化和管理安全危急工程。
• Besides , the detail distribution layout is presented , which concludes the design of the baseline , elmc and the mode of distribution etc . at last , in order to guarantee the reliability and fault tolerance , being based upon troubleshooting , the dissertation analyses the system by use of the fault tree analysis
  并进行了配电布局的容错设计，提出了一种实现系统容错的方法。针对配电系统的总体设计结构，用基于故障树的故障诊断方法进行了系统可靠性分析，以保证多电飞机高可靠性和多余度的要求。