Design of network monitoring system of moving goods in the internet of things based on COMPASS

Using the monitoring system constructed with GPS to locate, track and schedule moving goods can effectively improve the utilization rate of moving goods and the level of information management. Traditional monitoring system is constructed based on the integration of GPS and information transmission system such as GSM, which can´t fully control the state of moving goods for only a little information such as position, velocity can be obtained. The monitoring scope is also limited by the C/S (Client/Server) mode between the user and the monitoring center. In this paper, the related technology of the Internet of Things, the function of positioning and communication of COMPASS and the open Google Map service are analyzed. The key technology and implementation methods of hardware integration and software design of monitoring terminal, formatted information transmission and hardware configuration and software design of monitoring center are researched and described. A new B/S (Browser/Server) scheme compromising the COMPASS and related technology of the Internet of Things to monitor and schedule moving goods is put forward. It makes up insufficient aspects of traditional monitoring system and provides important reference and practical value for the application of COMPASS in related fields of the Internet of Things.