Monitoring system and analyzing method for autonomous flying of insect

Abstract

The invention relates to a monitoring system and an analyzing method for autonomous flying of an insect. The method comprises the following steps of: treating the insect with an experiment and putting the insect and foods into a monitoring cover; controlling the ambient temperature and humidity and the photoperiod of the monitoring cover, acquiring the video signal of the autonomous flying action of the insect in the monitoring cover by using a video acquisition device and converting the video signal into a video file; performing real-time/lag analysis on the video file by adopting an image moving target recognition technology and converting the flying action or other moving actions of the inset in the video file into a fixed quantity of original data to be stored in a text document; and sorting and analyzing the original data in the text document by defining a flying threshold value, extracting the flying parameters of the insect from the original data and evaluating the flying or active situations of the insect according to the flying parameters. By adopting the invention, the requirements on the monitoring experiment of autonomous flying or activity of the insect are met, and the experiment efficiency is improved compared with that of the prior art.

Description

technical field [0001] The invention relates to the technical field of laboratory scientific research testing and analysis equipment, in particular to an insect autonomous flight monitoring system and analysis method specially used for monitoring the activity of insects under normal or treatment conditions or quantitatively comparing their activity levels. Background technique [0002] Migration is a survival strategy formed by insects in the long-term evolution process. On the one hand, migration is of great significance to the maintenance and development of insect populations. On the other hand, the migration behavior of insects leads to frequent outbreaks of many pests. On the one hand, the local reproduction and growth of the immigrated insect population poses direct harm to local crops or pastures. On the other hand, the inability to timely and accurately predict the migratory behavior of these insects indirectly leads to heavy economic losses in the affected areas. Bec...

AI Technical Summary

Problems solved by technology

[0004] In view of the fact that the existing field insect migration research method cannot obtain accurate quantitative data of insect flight behavior, and the indoor insect flying technology cannot truly reflect the status quo of insect autonomous flight, it provides an insect autonomous fl

Images