A Fault Data Capture Method for Water Quality Monitoring Equipment Based on Structural Pattern Recognition
Abstract
To capture equipment fault in real time and automate fault diagnosis,
a pattern recognition method, based on data eigenvector and TCP
transport protocol, was proposed to capture Water Quality Monitoring
equipment’s fault information. Fault data eigenvector was designed
after analyzing the equipment fault feature and capture strategy,
structural pattern recognition strategy was confirmed and specific data
frame was designed in response to the fault data eigenvector, by
integrating the data frame design into the equipment’s
communication protocol, data related to different fault compiled into
fault data frames by transmitters or communication module of
equipment’s different components, the remote sever captures
equipment fault on transport via fault data frames according to the
structural pattern recognition strategy. With 7 months of practical
application in Taihu aquaculture project and research center of
agricultural information technology, combining with historical fault
data and contrast with artificial recognition result, the simulate
experiment shows this method has higher response rate and process rate
with a nice accurate.
Domains
Computer Science [cs]Origin | Files produced by the author(s) |
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