Microseismic Data Analysis Briefing Automation System Based on Selenium

The microseismic data analysis brief serves as assurance and guidance for safe production and operation in underground mines. Currently., the analysis briefs are created manually by professional technical staff., based on real-time collected microseismic data and informed by experience and professio...

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Bibliographic Details
Published in2024 IEEE 2nd International Conference on Sensors, Electronics and Computer Engineering (ICSECE) pp. 1421 - 1424
Main Authors Yu, Wanyi, Ji, Hu, Yu, Shiqiang, Zhang, Chi
Format Conference Proceeding
LanguageEnglish
Published IEEE 29.08.2024
Subjects
analysis briefing
Costs
Data analysis
Manuals
microseismic
Monitoring
Production
Real-time systems
Safety
scheduled tasks
Selenium
Sensor systems and applications
Software
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Summary:The microseismic data analysis brief serves as assurance and guidance for safe production and operation in underground mines. Currently., the analysis briefs are created manually by professional technical staff., based on real-time collected microseismic data and informed by experience and professional knowledge. However., this reporting method presents two challenges. Firstly., the lengthy cycle of manual analysis., typically around a week., compromises timeliness and significantly reduces the effectiveness of real-time monitoring. Secondly., the extensive volume of microseismic data necessitates various analyses., which are processed using data analysis software., graphically presented., and summarized., leading to extremely high labor costs. To address these issues., an automatic generation system for analysis briefs was designed and implemented. Utilizing Selenium to simulate manual operations., a customized analysis component template was employed., and a distributed scheduled task system automatically generated analysis briefs that were promptly delivered to users via message services. Consequently., the issues of lengthy manual analysis cycles., poor timeliness., and high labor costs were resolved.
DOI:10.1109/ICSECE61636.2024.10729541