TL;DR
A distributed soft bus-based microservice architecture for mining IoT applications that integrates an ITransformer-based crack detection model with multi-modal sensing capabilities to establish a comprehensive intelligent monitoring and early warning system, thereby advancing both mine safety and operational intelligence.
An intelligent monitoring system for roads and bridges based on Internet of Things technology that provides an intelligent and scalable technical solution for the full life-cycle management of roads and bridges, applicable to the regular monitoring and emergency response of large-scale transportation infrastructure suc...
The proposed framework significantly improves response speed, monitoring accuracy, and early-warning capability while reducing network dependence and deployment complexity and provides an effective engineering solution for distributed sensing, intelligent monitoring, and real-time information processing in large-scale...
Fire incidents are among the most common disasters worldwide and frequently result in significant economic losses, property damage, environmental degradation, and loss of human life. In Indonesia, the number of fire incidents increased in 2023, highlighting the need for more effective fire prevention and early detectio...
Background: Energy theft is a major issue in modern power systems, contributing to significant non-technical losses, reduced utility revenue, and instability in grid operations. With the deployment of advanced metering infrastructure (AMI) in smart grids, large volumes of consumer data are now available; this creates...
As the core component of rotating machinery, the health status of rolling bearings directly affects the safe operation of the equipment. The traditional bearing condition monitoring method relies on cloud data processing, which has problems such as high data transmission delay and bandwidth consumption, making it diffi...
The rapid expansion of offshore wind farms has introduced significant challenges to operation and maintenance (O&M), particularly under harsh marine environments where reliable electromagnetic information transmission and constrained wireless communication resources directly affect intelligent monitoring performance. T...
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