An intelligent grazing monitoring system based on over-the-horizon video technology

Abstract

An intelligent grazing monitoring system based on over-the-horizon video technology includes a video acquisition module, a video processing module, and an information management module. The present invention first controls the super-view camera to shoot the pasture through the information management module, and judges whether the captured video meets the definition requirement through the video processing module, otherwise the system automatically focuses, shoots, and evaluates until the captured video meets the definition requirement. After that, the video processing module will splice the images taken by all over-the-horizon cameras at the same time to obtain the image of the entire pasture at the current moment, and use the coordinates of a certain over-the-horizon camera as a reference to locate and count the herds in the pasture; at the same time The information management module will record the counting and positioning information of the herd at this moment, save relevant videos, and judge whether it is necessary to warn the herders, so as to realize the intelligent management of the grazing process in the open pasture space.

Description

technical field [0001] The invention relates to the field of over-the-horizon target monitoring, in particular to an intelligent grazing monitoring system based on over-the-horizon video technology. Background technique [0002] Animal husbandry has been developed for thousands of years in our country, and has gradually developed from a backward nomadic breeding model to the current semi-modern half-house and house-raising model. Especially in recent years, with the introduction of various new feeding technologies and management methods, my country's animal husbandry has made great progress, and has made leaps and bounds in breeding, disease prevention, feed refinement, etc., but still It has not fundamentally changed its small-scale and outdated production methods operated by individual households, mainly because large-scale animal husbandry management is difficult, and the mainstream half-house and house-raising models are too costly. [0003] There are large-scale natural...

AI Technical Summary

Problems solved by technology

Obviously, this type of method still requires a lot of manual follow-up intervention, otherwise the herd will not automatically pass through multiple base stations, resulting in herds actually grazing according to a fixed path. At the same time, its real-time positioning is poor and the regional error is too large, which makes it difficult to reflect the effect of intelligence

The third category is the method of UAV aerial video combined with GPS positioning ("Grazing system and grazing method based on unmanned aerial vehicle", ZL201510796696.8; "Smart grazing monitoring method and system", ZL201510528382.X). The GPS worn on the animal sends the location information of the herd to the receiver of the UAV, and guides the UAV to take aerial photography at the position guided by the GPS, so as to achieve the purpose of one-to-one correspondence between the video and the location, and then the UAV brings the video back. The main control room is for manual judgment. This kind of method still needs to wear GPS with super endurance on the animal, and the video needs manual judgment. It is not satisfactory in terms of convenience, feasibility, cost and intelligence.

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