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- Shunt fault with high resistance at the fault location. 高抵抗事故
- This paper discusses two methods of analysis that have been utilized for fault detection. 本文討論了兩種用於故障探測的方法。
- New Approach for Fault Detection for Nonlinear System Based on Frame Theory of Hilbert Space. 一種非線性系統故障檢測新方法。
- Tecsis has the solution through which adjustment, preventive fault detection and maintenance are greatly simplified. Tecsis的解決方案則極大地簡化了對系統的調節,預防性故障探測和維護。
- Second, we also present a new PMU-based fault location algorithm for multi-terminal transmission lines. 另外，因為電力輸電線路路權難以取得的緣故，因此存在很多的多端分枝輸電線路。
- We furnish some of the results and highlight the specific features that can be employed for fault detection. 我們提供某些結果，並概述可以用於故障探測的某些特徵。
- A Novel Approach to Detect Faults Located Near Zero-Cross Point of Voltage for Traveling Wave Based Protection 一種用於行波保護的電壓過零點附近故障檢測方法
- The process for predicting fault location by using accoustic abnomality in standard layer includes two stages. 在用標準層聲波時差異常法確定斷層的位置時，首先對標準層聲波時差進行趨勢面分析，然後再分析殘差等值線圖。
- It was used in machine tool gear box to carried out state detection, and owned high fault detection rate. 將其應用於機床齒輪箱運行狀態檢測,具有很高的故障檢測率。
- In power system, fault location that influences voltage sags is randomly distributed determined by many factors. 實際電力系統中，線路故障點受諸多因素影響，具有隨機不確定性。
- Finally, a system fault tolerant control method based on FDD (Fault Detection and Diagnostics) technology is designed. 設計了基於故障檢測與診斷技術的容錯控制方案。
- It is proved that the test system can fulfil the functions of function test and fault location. 實踐證明,該測試系統能夠較好的滿足功能測試和故障定位的要求。
- The error models are very important in the error analysis and fault detection of inertial navigation system(INS). 論述了慣導系統 (INS)誤差模型的重要作用 ,介紹了慣導誤差方程推導必須遵循的步驟以及誤差方程所涉及的坐標系的關係。
- Finally, two-terminal fault location has been constructed based on dynamic phasor model. 最後，本文在同桿雙回線分佈參數時變動態相量模型的基礎上，構造了雙端故障測距演算法。
- The fault detection and diagnosis (FDD) of the networked control systems (NCS) arestudied in this dissertation. 網路控制系統是指建立在數字匯流排基礎之上的控制系統。
- Abstract： The basic structure of a new integrative fault location system for UHV transmission lines is presented. 摘 要： 介紹了新型超高壓輸電線路故障定位系統的基本結構，闡述了該系統的數據信息處理主要功能和實現技術。
- Fault detection and classification (FDC) via sample covariance matrix is thus very important. 因此，對於共變異矩陣的錯誤偵測與鑑別(FDC)也越來越重要。
- Fault locating is the prereguisite of fault clea-ring. 故障定位是電力系統事故處理的前提。
- Perfected the fault protection function by using microcomputer's abilities of fault detection, inquiry and diagnosis. 利用微機的故障檢測、自詢問和診斷能力，完善了系統故障保護功能。
- Finally,this thesis presents the initial design scheme of fault location system hardware to implement algorithm. 最後，本文給出了實現該演算法的故障測距系統硬體的初步設計方案。
