Data acquisition, process and communication were implemented in the system. Supervision, alarming and recording fault wave of device fault were also realized in the system.
该系统可以实现数据采集、数据处理以及数据通信，还可以对设备故障进行监视、报警和记录故障波形。
This system has following functions: Single Fault Reasoning, Multi Fault Reasoning, Fault Explaining, Fault Processing and Fault Recording.
该系统能实现单源故障推理、多源故障推理、故障解释、故障处理和历史故障记录功能。
Data acquisition, switch states acquisition, data processor and communication were implemented in the system. Supervision alarming and the wave recording of device fault were also realized.
该系统可以实现数据采集、开关量采集、数据处理以及数据通信，还可以对故障设备进行监视、报警和记录波形。
According the design philosophy of the dispatch automation system, a conceptual design on platform of dynamic recording and fault analysis platform has been proposed in this paper.
本文参照调度自动化系统的设计思想，提出了动态记录与故障分析平台的设计概念。
The fault recording principle of the system and its starting algorithm are analyzed.
最后分析了系统的录波原理和起动算法。
The faulty waveform recording in power system is important for the analysis of power network fault, the evaluation of protection's operation characteristic, fault location, and so on.
电力系统故障录波，对分析电网故障、评价保护动作以及故障测距等，均有重要意义。
The power fault recording data is the significant basis of fault analysis and protection action judgment in a power system.
电力系统故障录波数据是电力系统故障分析和保护动作判据的重要依据。
As for large disturbances, this dissertation used SVM and information of power fault recording and monitoring system (PFRMS) to establish load model.
对于大扰动事件，提出了利用电力故障录波系统信息(PFRMS)和SVM的负荷建模。
As for large disturbances, this dissertation used SVM and information of power fault recording and monitoring system (PFRMS) to establish load model.
对于大扰动事件，提出了利用电力故障录波系统信息(PFRMS)和SVM的负荷建模。
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