CAO Yifan, ZHENG Lianyu, ZHANG Hongbo, QIN Zhaojun. A Laser Tracker Mobile Measurement System Aided by Smart Glasses. Aeronautical Manufacturing Technology, 2017, 60(20): 60-66.
Concerning the communication obstacles of the working laser tracker in the field of large-scale precision measurement
combining the unique advantages of the smart glasses
a method of mobile controlling the laser tracker,with smart glasses was proposed and a laser tracker mobile measurement system based on smart glasses was designed and,implemented. Firstly
the framework of this system is multi-client server. The mobile terminal in the smart glasses and the laser tracker system were connected to the server with the TCP/IP protocol. Secondly
an effective network module was established in order to communicate with the mobile terminal
the server and the laser tracker system by using multi-threading,technology. After that
the measurement process was divided into independent measure tasks so as to improve the working efficiency. Finally
semantics definition in the measurement process and speech recognition module were achieved to ease,the difficulty of smart glasses application
free the hands of wearer and improve the intelligence level of laser tracker measurement.