A positioning and early warning system for free-range beef cattle

Abstract

The invention discloses a free-ranging beef cattle positioning and early warning system which comprises a positioning module, an acceleration sensor and an analysis processing module. The positioning module is arranged on beef cattle and used for collecting position information of the beef cattle; the acceleration sensor is arranged on the beef cattle and used for collecting motion direction information of the beef cattle; the analysis processing module is used for receiving the position information of the beef cattle from the positioning module and the motion direction information of the beef cattle from the acceleration sensor; according to the received information, hot spot paths and feeding regions are acquired through calculation and an early warning is given according to the hot spot paths and the feeding regions. According to the system, the existing single-livestock single-spot monitoring processing capacity is improved to the monitoring processing capacity for a whole pasturing area, multiple pastures and various livestock herds, the function that only behaviors are monitored in the prior art is improved to the function that the early warning is given for abnormality and the behaviors are predicted, a feeder can rapidly and accurately find the lost beef cattle in the field and can find and check the epidemic situation of the beef cattle in time, and loss is reduced.

Description

technical field [0001] The invention relates to the technical field of animal husbandry positioning, and more particularly relates to a positioning and early warning system for free-range beef cattle. Background technique [0002] With the continuous improvement of people's quality requirements for meat products, the scale of free-range beef cattle in my country is increasing. The ensuing problems are that the beef cattle are easy to get lost, and it takes a lot of manpower and material resources to find them after they are lost; the abnormal behavior of the beef cattle cannot be discovered in time, and corresponding measures can be taken, resulting in the death of the beef cattle and other adverse consequences. With the rapid development of technologies such as information science and positioning systems, field tracing technology has been widely used in the study of wild animals. At the same time, many hotspot path detection methods have been proposed. For example, Duan Li...

AI Technical Summary

Problems solved by technology

By combining density-based and grid-based clustering algorithms, Li Jingzhen and others proposed a clustering algorithm based on density segmentation. These studies have effectively promoted the study of animal behavior, but currently only monitor and process a single livestock and a single point. However, it still cannot satisfy the current monitoring and processing of large livestock and multi-pasture wild grazing, especially the early warning of lost or abnormal beef cattle, and the degree of automation

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