无人输气站AR检测系统的设计与实现

Weibin Wang, Hongqiang Dang, Lixiao Xie, Zengzhan Zhang, Kai Li, Xiaoli Huo, Hanying Li, Cuicui Zhang, Kaiyuan Guan, Yuanwei Lin, Yang Zhang
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引用次数: 0

摘要

耗时长、劳动强度大、实时性差,以及人工站检的类似问题需要解决。本文提出一种AR巡检系统,以取代人工巡检,有效监控设备的工作状态,改进用于监控现场环境状况的智能巡检系统的设计方法。该方法采用全景摄像机采集现场音频和视频数据,采集各种传感器数据,并实时整合这两类数据。该方法可以提供智能异常检测和报警功能,并通过RTMP协议将音视频流推送到办公终端,为巡检提供了极大的便利。
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Design and Implementation of an AR Inspection System for an Unmanned Gas Transmission Station
Time-consuming, labor-intensive, poor real-time performance, and similar problems of artificial station inspection need to be solved. Here, an AR inspection system is proposed to replace manual inspection to effectively monitor the working status of equipment and improve the design method of intelligent inspection systems, which are used to monitor onsite environmental conditions. This proposed method uses a panoramic camera to capture onsite audio and video data, collects a variety of sensor data, and integrates these two types of data in real time. The method can provide intelligent anomaly detection and alarm functions and push audio and video streams to the office terminal through RTMP protocol, indicating great convenience for patrol inspection.
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