IN-DEPTH EXPLORATION OF COMMON CABLE GROUNDING ISSUES: A COMPREHENSIVE OPTIMIZATION APPROACH

Cables in urban areas predominantly lie in the essential underground infrastructure of the entire city. The unique positioning of these cables makes it challenging to detect and address grounding faults promptly and accurately. Consequently, it is imperative for power professionals to grasp the primary classification factors for grounding faults in cables, along with relevant search

Authors: Zhang Wei Ming
Pages: 1-6
CONNECTING FOR SAFETY: IMPLEMENTING AN IOT-BASED LABORATORY SECURITY SOLUTION

The Internet of Things (IoT) encompasses the interconnection of information-sensing devices that facilitate the exchange of information and communication between networked objects. This connectivity allows for intelligent identification, positioning, tracking, and supervision functions. IoT bridges the divide between the virtual information world and the physical realm, encompassing

Authors: Zhang Wei Jun
Pages: 7-13
MACHINE VISION FOR SAFER RAILWAY CONSTRUCTION: HIDDEN DANGER IDENTIFICATION METHOD

In order to achieve accurate identification of safety hazards at railway construction sites, taking a railway engineering project as an example, machine vision technology was introduced to design a method for identifying safety hazards at railway construction sites. In this study, the images of key monitoring areas are first collected, input into the computer, and preprocessed. Then, the

Authors: Wang Li Xin
Pages: 14-20