System and method for comprehensively estimating fruits remotely based on embedded technology

The invention discloses a system for comprehensively estimating fruits remotely based on an embedded technology. An ARM+LINUX embedded system platform is adopted by the system, an electronic scale weighs the fruits, a ZigBee wireless sensing network acquires field environment parameters, a USB (universal serial bus) camera is controlled to acquire video information by rotating a rotational station in four directions, and the acquired data is uploaded to a remote WEB client in real time through a 3G (third generation) wireless module. The system has the functions of automatic acquisition, remote transmission, storage management, network issuance and the like of data. From the aspect of logic structure, the system has three sub-systems, i.e. a control center sub-system based on the embedded technology, an environment factor acquiring sub-system based on a ZigBee wireless network, and a remote client sub-system based on WEB. A remote user can see scenes, such as picking and weighing of field fruits, and related information of a fruit growing environment in real time by browsing a fruit garden WEB server, so that comprehensive estimation on the quality of the fruits by the remote user is facilitated.