1) tolerant fault
可容性故障
2) fault diagnosability
故障可诊断性
1.
This paper studies the definition of diagnosability and the computation method of diagnosability based on information entropy,analyzes the influence of the transformer fault diagnostic precision to transformer fault diagnosability.
研究了可诊断性的定义以及基于信息熵的可诊断性计算方法,在实际数据的基础上分析了变压器故障诊断的精度对变压器故障可诊断性的影响。
2.
This paper researched the approaches to fault diagnosis and the problem of fault diagnosability for systems with both the delayed states and delayed measurements.
研究同时含有状态时滞和测量时滞的时滞系统的故障诊断方法及故障的可诊断性问题,提出一种同时对状态时滞和测量时滞进行变换的无时滞变换方法,并提出一种新的故障诊断器的构造方法,同时给出时滞系统的故障可诊断性的判据。
3.
The approach of fault diagnosis and the problem of fault diagnosability are researched for linear systems with state delays.
提出一种新颖的基于降维观测器的故障诊断方法,并给出故障可诊断性的判据。
3) fault detectability
故障可检测性
4) fault tolerance
故障容错
1.
Reconstitutable design for spatial fault tolerance mechanical arm;
可重构空间故障容错机械臂设计
2.
General methods of fault tolerance are reviewed in the paper.
论述了故障容错技术研究的一般方法。
3.
Aimed at a double-side shear PLC control system based on PROFIBUS,with both high real-time property and multi-ma- chine linkage,the fallibility factors of the system are analyzed,and a set of measures about fault prevention and fault tolerance are proposed to enhance the system dependability.
针对一个兼有高度实时性和多机械联动的双边剪机组基于PROFIBUS的PLC控制系统,分析了造成系统不可靠的因素,提出了一整套故障预防和故障容错方案来提高系统的可靠性；故障预防主要靠硬件结构设计实现,而故障容错主要根据PROFIBUS—DP固有的特性和CPU强大的诊断能力通过软件实现；主要方法有：抗干扰设计、冗余设计、容错的协议机制、失效安全技术和程序测试；系统的稳定运行表明了该系统可靠性设计的有效性。
5) Fault tolerant
故障容错
1.
This paper defines in kinematics the property of fault tolerant manipulators,the order of fault tolerant manipulators,general fault tolerant manipulators and task specific fault tolerant manipulators.
该文主要从机械臂运动学的角度,定义了故障容错机械臂,巧妙地论证了冗余故障容错机械臂应该具备的自由度数,以及针对不同的任务要求,设计故障容错机械臂的方法。
2.
The spaceflight system should posses the ability of fault tolerant, detect and diagnosis where is the fault, and reconstruct itself automatically.
随着航天系统复杂性不断增加,投资越来越大,寿命和可靠性要求不断提高,要求航天系统具有故障容错能力,检测、诊断故障的位置,进行有效的系统重构。
6) fault tolerance
故障容忍
1.
Some performances of distributed MCU, including the scale of group communication and fault tolerance and reco.
测试及实际应用表明:与集中式MCU相比,分布式MCU不仅可以有效地扩大群组交互的规模,而且在故障容忍及恢复方面也有明显改进。
补充资料：连续性与非连续性(见间断性与不间断性)
连续性与非连续性(见间断性与不间断性)
continuity and discontinuity
11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt，n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条