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A Study on the Fault Data Transmission through the Web using the XML Web Service and the Fault Type Determination of the Fault Data Received from the Web  

Kim In-Su ((주)효성 중공업연구소)
Hong Jung-Gi ((주)효성 중공업연구소)
Lee Hahk-Sung ((주)효성 중공업연구소)
Publication Information
The Transactions of the Korean Institute of Electrical Engineers A / v.55, no.1, 2006 , pp. 18-23 More about this Journal
Abstract
Recently as the power system has been becoming massive and complicated, most of the faults bring on severe proliferation effects. Because of the complexity of the power system it is not easy to analyze faults-the calculation of current flows under fault conditions. Therefore many researches have been performed in this area. As a result of those efforts, the protective equipments for a power system have been designed to operate properly and without damage when the highest possible fault current is flowing in the power system. Most of the fault data can be also acquired from intelligent protection equipments. The fault data saved in them don't always include the fault type information. n you don't have knowledge about the fault analysis, it becomes useless. So this paper presents 3 topics to increase a reusability of them as followings. First, describes a fault data using the XML(extensible Markup Language). It would be a well-formed and valid document complied with suggested XML DTD(Document Type Definition). In this paper I suggest a standard DTD to describe the power system fault. If the XML document describes any power system faults is validated against suggested DTD, it is possible to be used in any applications. Second, sends them through the web using the XML web service. Last, presents the rapid and accurate algorithm for a fault type determination of the fault data received from the web. In the ultimate the client to request the server to analyze a fault data is provided the correct information what kind of fault is occurred.
Keywords
XML Web Service; Well-formed Document; Document Type Definition; Fault; Fault Type Determination;
Citations & Related Records
Times Cited By KSCI : 2  (Citation Analysis)
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