An insect recognition method based on three-dimensional simulation

Abstract

The invention belongs to the technical field of insect identification. The invention discloses an insect identification method based on three-dimensional simulation, which is provided with a processorbox body, a camera photographing module is fixed in the middle of the processor box body through screws, a sound collecting module is installed beside the camera photographing module through screws,and a glass cover is installed on the surface of the processor box body through a rotating shaft. The camera shooting module is connected with a picture data memory, the picture data memory is connected with a picture binary processor, and the picture binary processor is connected with a picture feature sampler. The sound acquisition module is connected with the sound data memory, and the sound data memory is connected with the sound characteristic sampler. The picture feature sampler is coupled to a central processing unit which transfers data to a data comparison analyzer together with the sound feature sampler. By collecting and comparing the appearance pictures and sound information, we can accurately analyze the insect species, so that ordinary people can quickly grasp the important information of the insect.

Description

technical field [0001] The invention belongs to the technical field of insect identification, in particular to an insect identification method based on three-dimensional simulation. Background technique [0002] There are many kinds of insects with different shapes. They belong to the arthropods in the invertebrates. They are the most numerous animal groups on the earth. They account for more than 50% of all biological species (including bacteria, fungi, and viruses), and their traces are almost everywhere. every corner of the world. Not only are there many types of insects, but also the number of individuals of the same species is astonishing. The distribution of insects is so wide that no other class of animals can compare with it, almost covering the entire earth. There are different types. Most insects can be used as specimens, which are good biological resources that humans can use. [0003] At present, there are many types of insects in nature, but ordinary people ...

AI Technical Summary

Problems solved by technology

[0005] (1) The currently used cameras are not clear in the processing and classification of images, so that ordinary people cannot identify certain insects, and cannot better combine sound and images, and cannot understand important information related to them

[0006] (2) The binarization algorithm currently used in image processing is inefficient and the processing effect is not good, making it impossible to observe insects more clearly, and it is difficult to obtain important data information

[0007] (3) The processing algorithm of the central processing unit currently used is inefficient, the processing process is cumbersome, and it is impossible to perform simple and fast processing, which is not convenient for people to observe and process in a timely manner

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