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Journal of Emerging Trends in Computing and Information Sciences >> Call for Papers Vol. 8 No. 3, March 2017

Journal of Emerging Trends in Computing and Information Sciences

Method of Fault Data Analysis of Sensor Node based on Wireless Data Communication Protocols

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Author Seung-Ki Ryu
ISSN 2079-8407
On Pages 54-59
Volume No. 6
Issue No. 1
Issue Date February 1, 2015
Publishing Date February 1, 2015
Keywords Fault Code, Fault Diagnosis, Fault Data Clustering, Data Communication Protocols


Abstract

In general, sensor node system of wireless communication is configured by measuring the status of the facilities. For example, due to pressure, loads and stresses acting on road facilities upon the external environment, structural deformation of the facility may be generated. Structural deformation leads to the accident of the ground collapse, and it can result in numerous fatalities. The accident can be prevented by sensor installation for detecting changes in the external environment in advance. A traffic detection system that measures the flow of vehicles on road shoulders is installed in order to analyze the distribution of the traffic volume of road network. Traffic observation point has a certain node and link system, and the link consists of points encountered each other or by distance. The collected data at the measuring point is transmitted to the center by using a wired or wireless communication network mostly. At this point, the center must distinguish whether the received data is normal or not. To do this, the center of the server system sends a type of fault code of site equipment with the traffic information. The center determines the operational status and fault type of site equipment installed extensively and analyzes the failure type codes as schematically. However, as the failure code is too complicated, a lot of types of combinations are generated, and in most cases we do not know the exact cause of failure. Although each manufacturer has its own fault code system, this method is not convenient because it requires transcoding. This study proposes a method for estimating the failure primarily based on data communication protocols.
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