基于光学测量和坐标校验算法的展览馆室内导航系统及应用价值分析  

Indoor Navigation System of Exhibition Hall Based on Optical Measurement and Coordinate Verification Algorithm and Its Application Value

作　　者：王恩立 WANG Enli(National Convention and Exhibition Center(Shanghai)Co.,Ltd.,Shanghai 201702,China)

机构地区：[1]国家会展中心(上海)有限责任公司,上海201702

出　　处：《智能物联技术》2024年第1期131-135,共5页Technology of Io T& AI

摘　　要：在传统室内定位方案的基础上,采用非接触式测量技术,结合多种算法校验,实现在空旷、固定结构、平坦的室内环境中对平行于墙面的高速运动设备进行定位和导航,有效满足展览产业中展览馆室内划线的应用需求。设计的系统将原本需要4 h以上才能完成的工作,由机器设备在0.5 h内完成,可以有效压缩展览馆在两场展会衔接举办之间的时间间隔,提高租馆率,增加展览馆收益,提高展览馆承载能力,拉升会展相关产业交易额,有效促进产业繁荣和经济发展。Based on the traditional indoor positioning scheme,this paper adopts non-contact measurement technology combined with a variety of algorithms to realize the positioning and navigation of high-speed sports equipment parallel to the wall in an open,fixed structure and flat indoor environment,effectively meeting the application requirements of exhibition hall indoor marking in the exhibition industry.Designed system can transform the work that originally took more than 4 hours to complete.Completed by the machine and equipment within 0.5 hours,it can effectively compress the time interval between the two exhibitions,improve the rental rate,increase the income of the exhibition hall,improve the carrying capacity of the exhibition hall,pull up the transaction volume of the exhibition-related industries,and effectively promote industrial prosperity and economic development.

关 键 词：室内导航 展览馆划线 租馆率 

分 类 号：TN953.7[电子电信—信号与信息处理]