Greenhouse detector with data fusion function

Abstract

The invention provides a greenhouse detector with a data fusion function. The greenhouse detector comprises a sensor module, a data acquiring module, a data fusion module, an upper computer reading module and a data storage module, wherein the sensor module detects various environmental parameters in the greenhouse, the data acquiring module acquires information detected by the sensor module and transmits the information to the data fusion module, the data fusion module fuses the acquired information to eliminate redundant information and transmits the processed information to a controller, the upper computer reading module reads the acquired information of the controller, the controller wirelessly communicates with other detectors or base stations by a wireless communication module, and the data storage module stores the information of the controller. The sensors different in accuracy are added according to environmental needs, and the various environmental parameters in the greenhouse can be acquired uninterruptedly. In addition, the greenhouse detector is provided with functions of wireless communication and data fusion, much redundant information is eliminated, energy consumption of data during transmission is reduced, and survival time of the integral network is prolonged.

Description

technical field [0001] The invention relates to the technical field of wireless sensor networks, in particular to an environment detection device in an agricultural greenhouse. Background technique [0002] my country has a huge population, insufficient arable land per capita, and severe food supply problems. The development of facility agriculture is an effective measure to improve food supply. As a kind of facility agriculture, greenhouse planting has been widely used because it is not restricted by season, environment and region. [0003] During the greenhouse production process, the temperature, atmospheric humidity, soil moisture, CO 2 Factors such as concentration and light intensity jointly affect the growth of crops. The traditional greenhouse management method is to manually measure these data by agricultural workers, which cannot monitor the greenhouse situation at a long distance, and most of the measurement tools carried are single-function, and can only measur...

AI Technical Summary

Problems solved by technology

The traditional greenhouse management method is to manually measure these data by agricultural workers, which cannot monitor the greenhouse situation at a long distance, and most of the measurement tools carried are single-function, and can only measure some simple environmental factors. The exact requirements vary widely

Images