The Design and Develop of Mobile Monitoring System in Grapes Field

Abstract:

In order to solve the problems of trival wiring and limited collection scope existing in the process of traditional crop image data acquisition， a mobile remote image acquisition system was designed. With cortex-A8 architecture processor S5PV210 as the core of the system，the UVC camera was selected for the image acquisition device, and the telnet or gravity of the phone's screen induction reaction mode was used to pass parameters to the background through CGI (common gateway interface) , then the mobile device control and on-board PTZ (Pan/Tilt/Zoom) equipment operation were realized. In control interface the images were not only acquired over long distance on grapery, but also the monitoring areas were adjusted by remote controlling the mobile device through the developed program. The performance experiments of the mobile acquisition system had been implemented in the vineyard of Gansu Agricultural University. The results showed that the system operation credibly, laid lines concisely, and image transmission stably. While in telnet terminal control mode,the system has shorter time response, better real-time, longer transmission distance, and lower frame loss rate etc. This kind of research and development provides a new intelligent prototype equipment for vineyard information monitoring, and which is of great significance to design and develop agricultural IOT(Internet Of Things) and its application.