1) fault verification
故障认定
1.
Finally, to prove the feasibility of the method the rough neural network for fault verification of a fighter plane is constructed, and the simulation results show that the method is feasible and efficient.
最后以歼击机的操纵面故障认定为例,构造了歼击机故障认定的粗糙神经网络,并通过仿真说明了方法的可行性和有效性。
2) fault confirming
故障确认
4) fault location
故障定位
1.
The wavelet transform based algorithm for ultra high speed travelling wave protection and fault location;
基于小波变换的超高速行波保护和故障定位算法
2.
Prospect and development of transmission line fault location using travelling wave;
输电线路行波故障定位技术发展及展望
3.
Study on fault location in distribution network based on C-type travelling-wave scheme;
基于C型行波法的配电网故障定位的实用研究
5) stuck-at fault
固定故障
1.
So a fault diagnosis and location software is proposed,which can diagnose and locate the stuck-at faults and bridging faults in digital circuits effectively.
针对目前数字电路开发和生产过程中对电路的故障诊断效率低下的问题,开发了故障诊断定位软件,能有效地对数字电路中的固定故障和桥接故障进行诊断定位,应用该软件能有效地缩短查找数字电路中故障的时间,对提高数字电路的开发速度具有重大的现实意义。
2.
This paper proposes a method for VLSI fun ction testing,which can simultaneously detect and locate the stuck-at faults of VLSI’s input/output pins and bridging faults without knowing their internal logic structures.
本文提出了一种对 VLSI电路功能测试的方法,可以同时检测和定位 VLSI电路输入和输出端上的固定故障和桥接故障,而不需要知道它们的内部逻辑结构。
6) fault locating
故障定位
1.
Power cable fault locating based on inverse bridge method;
基于倒置电桥法的电力电缆故障定位
2.
Model and Algorithms multicasting fault locating on large networks;
大规模组播网络故障定位的模型及算法
3.
Error-tolerated fault locating algorithm of power distribution network;
计及容错的配电网故障定位新算法
补充资料:认定
1.承认并确定。 2.确定地认为﹐肯定。
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