报告详情
Energy-Aware Distributed Sensing and Centralized Actuation for Intelligent Structural Monitoring and Control
编号：152
访问权限：仅限参会人
更新：2026-11-10 16:57:38 浏览：9次
Online
报告开始：2026年11月21日 13:45（Asia/Kolkata）
报告时间：15min
所在会场：[S4] Artificial Intelligence and Intelligent Computing [S4-9] Artificial Intelligence and Intelligent Computing
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摘要
Abstract—Monitoring the structure effectively while minimizing energy use demands coordinated sensing and control, which must be applicable in order to achieve both. Similar to the continuous sensor operation, the energy consumption for sensing and communication rises, while the fixed centralized actuation may result in unnecessary control actions. This paper introduces a novel framework, dubbed Energy-Aware Distributed Sensing and Centralized Actuation (EDSCA), which incorporates adaptive sensor scheduling, structural condition assessment, centralized actuator control, and response feedback. The number of sensor nodes in this computational model is 40, while there are 6 actuators, 5,000 monitoring scenarios, 30 repeated runs and a monitoring period of 600 s. The performance is assessed by energy reduction, event detection rate, Precision, Recall, F1-score, structural response reduction, response time, unnecessary actuation rate and network-life time. The energy saved is 44.1%, event detection is 97.4%, F1-score is 97.2%, structural response saved is 82.6%, response time is 121ms, unnecessary actuation is 5.8%, and network lifetime is improved by 72.6%.
关键词
Keywords—Energy-aware sensing, distributed sensing, centralized actuation, structural monitoring, structural control, sensor scheduling.
报告人
Santhiya selvam
Research Analyst, India；Dept. of Advanced Scientific Research Salem稿件作者
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重要日期
-
会议日期
11月20日
2026
至11月22日
2026
-
10月31日 2026
初稿截稿日期
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11月07日 2026
提前注册日期
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11月22日 2026
注册截止日期
主办单位
United Societies of Science
承办单位
Pondicherry University
协办单位
IEEE Section
IEEE Madras Section
IEEE Madras Section
联系方式
- ICon INDIA 2026
- ic******@usssociety.org
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