System and method for managing intelligent greenhouse based on Android platform

Abstract

The invention discloses a system and a method for managing an intelligent greenhouse based on an Android platform. The system comprises a plurality of mobile management terminals, at least one gateway and WiFi Direct modules of which the quantity is equal to that of the gateways, wherein all the mobile management terminals are connected with uplink communication ends of the WiFi Direct modules; downlink communication ends of the WiFi Direct modules are connected with corresponding gateways; and the gateways are in bidirectional connection with a camera, a sensor and controlled greenhouse equipment of the greenhouse. By the system and the method, a greenhouse environment and images and video information of crop growing conditions can be remotely acquired in real time, a curve or a table ofhistorical information data can be displayed, indoor meteorological data and outdoor meteorological data can be compared and analyzed, and a fan, a mobile spray irrigation mechanism, a shielding screen, a sun roof, lamplight, a humidifier and other mechanisms in the greenhouse can be remotely controlled through a mobile phone, a tablet personal computer or an advanced reduced instruction set computer (RISC) machine (ARM) system, so that the greenhouse can be remotely and portably managed.

Description

technical field [0001] The invention relates to the fields of mobile communication and intelligent agriculture, in particular to an Android platform-based intelligent greenhouse management system and a method thereof. [0002] Background technique [0003] At present, with the continuous progress of detection technology, modern communication technology and computer technology, the trend of modern agriculture towards automation, networking and intelligence is irreversible. There are already some modern technologies that integrate wireless sensor networks and the Internet. The remote monitoring system is used in research in the field of smart agriculture. However, due to the complexity of its information types and communication, most systems are relatively large, and maintenance and management are relatively complicated, and the remote monitoring system uses traditional computers as human-computer interaction terminals, which is difficult for people who lack professional ski...

AI Technical Summary

Problems solved by technology

However, due to the complexity of its information types and communication, most systems are relatively large, and maintenance and management are relatively complicated, and the remote monitoring system uses traditional computers as human-computer interaction terminals, which is difficult for people who lack professional skills. The remote monitoring in the system is inseparable from the coverage of the Internet. For some areas without Internet coverage, the laying of the network requires expensive investment, which restricts its scope of application; in addition, some embedded mobile terminal applications require a huge The server is used as a platform for information management and network transfer, but the server itself is expensive and complicated to maintain; in addition, in the application of the existing embedded management system, it is necessary to use Ethernet access devices such as wireless routers as network infrastructure , based on the above points, this system proposes an intelligent greenhouse management system based on the Android platform

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