摘要
随着室内停车场车位数量和复杂程度的不断增加,智能停车场管理系统的运行难度也在上升。本文提出了一种基于UWB的分布式室内停车动态监测系统。将UWB定位技术应用于室内停车管理的同时,考虑到距离、墙体和车辆对定位精度的影响,依据楼层和位置对车库进行分区,各个分区的系统节点将预处理后的车辆定位信息通过工业以太网上传,监控室的上位机则对各分区的车位和车辆信息进行汇总、更新数据库,实现对室内停车的动态全局监测。
As the number and complexity of indoor parking lots continue to increase,the operating difficulty of intelligent parking management systems is also increasing.This paper proposes a UWB-based distributed indoor parking dynamic monitoring system design.While applying UWB positioning technology to indoor parking management,it also considers the impact of distance,walls and vehicles on positioning accuracy.The garage is partitioned according to floors and locations,and the system nodes of each partition will preprocess the vehicle positioning information.Uploaded via industrial Ethernet,the host computer in the monitoring room will summarize and update the database of the parking spaces and vehicle information of each zone to realize dynamic global monitoring of indoor parking.
作者
潘敬宇
龚元明
PAN Jingyu;GONG Yuanming(School of Mechanical and Automotive Engineering,Shanghai University of Engineering Science,Shanghai 201620,China)
出处
《智能计算机与应用》
2020年第11期109-112,116,共5页
Intelligent Computer and Applications
关键词
室内停车
UWB定位
树莓派
分布式
动态监测
Indoor parking
UWB positioning
Raspberry pi
Distributed
Dynamic monitoring
