Fault localization is a core component in fault management system.
其中故障定位是核心与难点。
To ensure the validity and liability of the reversible circuits, fault detection and fault localization are necessary.
确保可逆电路的正确性与可靠性，错误检测必不可少，错误定位难度更高。
The works in this dissertation are mainly focused on the following aspects: 1. Fault localization research based on similar paths generation.
本文的工作主要包括以下几个方面：(1)基于相似路径生成的故障定位研究。
The utility model relates to a magnetic clearing treatment after the magnetism fault localization used for a ferromagnetism steel pipe, belonging to the steel pipe fault localization art.
本实用新型涉及一种用于铁磁性钢管的磁性探伤后的清磁处理，属于钢管探伤领域。
Coupled with the observation noise in the network environment, the Internet has become a complex dynamic system, which a great challenge for traditional deterministic fault localization technique.
加之网络中存在一定的观测噪声，互联网俨然变成了一个复杂的动态系统，这为传统确定性故障定位技术提出了新的要求和挑战。
The protection of power system is quick detection and localization of fault in order to act rightly and clear out the fault.
电力系统的保护就是通过对故障进行快速的检测、定位，达到正确动作、消除故障的目的。
Having good time-frequency localization character, and correctly identifying singularity point in fault signal, Wavelet is the main analysis method in this paper.
小波变换具有良好的时频局部性，具有变焦距的特点，对故障信号中的奇异点能够准确识别，是论文中应用的主要分析方法。
With the whole figure visual support, the functions such as inquiring , localization of fault , maintenance , patrol and so on can be realized more conveniently and effectively.
有了全图形可视化的支持，诸如查询、故障定位、巡检维护等功能的实现将更加方便和有效。
Wavelet analysis, also called wavelet transform, is a new analysis method with good time frequency localization characteristic, so it is suitable for fault analysis of power system.
小波分析(或称小波变换)是一种新的时频分析方法，它具有良好的时频局部化特性，适用于电力系统故障分析。
To ensure the validity and reliability of the reversible circuits, fault detection and localization is necessary.
确保可逆电路的正确性与可靠性，错误检测必不可少，错误定位难度更高。
The identification result shows that this method surmounts localization of traditional method, and could identify kinds of compressor fault exactly.
识别结果表明，该方法克服了传统方法在故障特征提取和识别上的局限性，能够有效地识别出往复压缩机的各种故障。
The identification result shows that this method surmounts localization of traditional method, and could identify kinds of compressor fault exactly.
识别结果表明，该方法克服了传统方法在故障特征提取和识别上的局限性，能够有效地识别出往复压缩机的各种故障。
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