Information fusion and analysis method based on honeycomb video-temperature acquisition system

Abstract

The invention discloses an information fusion and analysis method based on a honeycomb video-temperature acquisition system. The information fusion and analysis method includes the steps of 1, intercepting video signals acquired by the honeycomb video-temperature acquisition system to obtain a swarm image sequence; 2, obtaining a honeycomb temperature matrix sequence with time and positions corresponding to swarm images; 3, segmenting single-frame swarm images by a cluster segmentation algorithm to obtain an initial position distribution diagram with swarm morphology; 4, subjecting the initial position distribution diagram to block processing and neighborhood territory pixel value assignment to obtain image matrixes in one-to-one correspondence to all temperature values in temperature matrixes in position; 5, computing related coefficients and mutual information between every frame of image matrix and the corresponding temperature matrix so as to establish related coefficient and mutual information sequence curves. By subjecting image and temperature information to fusion processing and analysis, the information fusion and analysis method based on the honeycomb video-temperature acquisition system is beneficial to improvement on analysis effect during honeycomb temperature regulation, thereby being applicable to bee science studies and beekeeping management.

Description

[0001] technology neighborhood [0002] The invention relates to the field of researching honeycomb constant temperature control by using multi-source information, specifically an information fusion analysis method based on a honeycomb video-temperature acquisition system, which is suitable for bee science research and beekeeping management. Background technique [0003] To clarify the temperature regulation mechanism and process of the hive is not only a hot issue in apiology research, but also has important guiding value for the scientific management of beekeeping. Existing studies have shown ("Wang Tianshu, Liu Fang, Yu Linsheng, et al. Research progress on temperature and humidity regulation of bee colonies [J]. Acta Ecologica Sinica, 2015, 10: 3172-3179"), honeybees have the function of automatically adjusting the temperature of the hive, but The mechanism and process of its constant temperature regulation need to be further revealed. Literature ("Jiang Zhaohui, Zhang Ji...

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Literature (“Yang Guanhuang, Sun Dongjiang, Xiao Jingcheng, et al. Temperature, humidity and CO 2 Concentration change and adjustment research [J]. Chinese Agricultural Sciences, 1999, 03:98-103", "Fu Yuesheng, Pan Wei, Yu Linsheng, etc. Research on the Mechanism Detection Device of Honeycomb Constant Temperature Regulation [J]. Hubei Automobile Industry Academic Journal, 2015, 01:60-63", "Li Xiang, Jiang Zhaohui, Lu Yuanzhou, etc. Honeycomb Temperature Monitoring and Analysis System Based on Microsensor Array[J]. Sensors and Microsystems, 2015, 11:63-65 +68") and the utility model patent "a beehive for studying the temperature regulation mechanism of the whole hive (CN201520266709.6)" designed a variety of experimental monitoring devices to obtain the actual temperature and humidity parameters in the hive, and processed and analyzed them , but because the temperature of each point in the hive is closely related to the shape / position of the bee colony, and the above studies lack important information such as the shape and position of the bee colony, the results obtained cannot truly and comprehensively reflect the mechanism and process of hive temperature regulation

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