摘要
现有智能家居体感交互产品指令执行效果较差,因此,提出基于激光测距仪与物联网的智能家居体感交互研究。研究利用激光测距仪完成激光步态人体轮廓特征提取,采集处理后人体轮廓表面肌电信号,识别用户所发出指令,完成指令识别分类,实现家居智能交互控制。通过仿真实验,对比其与OSGI、OpenWrt以及Kinevt多种智能家居体感交互技术辨别率,证明所研究体感交互结果具有更好命令执行效果。
The instruction execution effect of the existing smart home somatosensory interaction products is poor,so the research of smart home somatosensory interaction based on laser rangefinder and Internet of things is proposed.In this paper,laser rangefinder is used to extract the contours of laser gait,the EMG signals of human contours are collected and processed,the instructions issued by users are recognized,the recognition and classification of instructions are completed,and the intelligent interactive control of home is realized.Through the simulation experiment,the discrimination rate of somatosensory interaction with OSGI,OpenWrt and Kinevt is compared,and it is proved that the results of somatosensory interaction have better command execution effect.
作者
钱伟
陈丽娟
QIAN Wei;CHEN Lijuan(School of Information Engineering,Jingdezhen University,Jingdezhen Jiangxi 333000,China)
出处
《激光杂志》
北大核心
2020年第12期110-113,共4页
Laser Journal
基金
江西省自然科学基金(No.20151BAB207034)。
关键词
激光测距
物联网
智能家居
体感交互
laser ranging
the Internet of things
smart home
somatosensory interaction
