基于体感网与边缘计算的高空作业智能防护系统研究

Research on Intelligent Protection System for High-altitude Work Based on Somosensory Network and Edge Computing

随着我国高空项目建设(高压电线铺设和维护、超高层建筑建设等)需求的快速增长,高空作业防护信息化、智能化水平低的问题愈发凸显。该文围绕高空作业人员安全防护场景,利用体感网随时随地感知的特点,以及边缘计算就近提供服务的技术优势,设计高空作业智能防护系统。重点设计了可充气的智能安全服、智能安全帽、智能安全扣,并针对高空作业人员定位与管理的需求,提出一种改进的PGSA-PSO定位算法。该系统有助于促进我国高空作业防护工作的进一步发展与提升。

With the rapid growth of demand for high-altitude project construction in China,such as the laying and maintenance of high-voltage power lines and the construction of super high-rise buildings,the problem of low level of information and intelligence in high-altitude work protection has become increasingly prominent.This paper designs an intelligent protection system for high-altitude work around the safety protection scene of high-altitude workers,taking advantage of the characteristics of somatosensory network sensing at anytime,anywhere,and the technical advantages of edge computing to provide services nearby.We have focused on designing inflatable intelligent safety suit,intelligent helmet,and intelligent safety buckle,and proposed an improved PGSA-PSO positioning algorithm to meet the needs of positioning and management for high-altitude workers.This system helps to promote the further development and improvement of high-altitude work protection in China.