Portable neural regulation system for collaborative behaviors of animal groups

Abstract

The invention discloses a portable neural regulation system for collaborative behaviors of animal groups. The system comprises an instruction transmitting unit composed of a user control terminal and an instruction transmitter, and multiple wearable multi-channel animal behavior neural regulators. The user control terminal is used for an experimenter to send a control instruction through a control interface to control the multiple animal behavior neural regulators synchronously. The instruction transmitter is used for controlling the multiple animal behavior neural regulators synchronously, and includes a first microcontroller and a first wireless communication module. The animal behavior neural regulators are worn on tested animals. Each animal behavior neural regulator includes a second wireless communication module, a second microcontroller, a micro-current stimulation module, a GPS positioning module, an environment perception module, and a data storage module. The advantage is that a single tested animal can be controlled, multiple tested animals can be controlled in real time, and control on a tested animal group is realized.

Description

technical field [0001] The invention relates to the neurobiology field of group biological system, intelligent control, brain science and animal behavior, especially relates to the neuroregulation system of group cooperative behavior of animals. Background technique [0002] In the animal groups in nature, the ability of individual individuals is limited, but they can show the characteristics of swarm intelligence as a whole in the group interaction, and can cooperate to complete difficult tasks. Compared with the study of simple local rules of individual animal behavior, the study of animal groups is the study of coordinated global behavior. Studying the behavior mechanism and laws of animal groups is of great significance to understand the complex phenomena in natural organisms. In addition, the study of this biological system can inspire the research of engineering group systems (large-scale robot groups, drone groups, etc.). [0003] In recent years, the group movement ...

AI Technical Summary

Problems solved by technology

However, due to the lack of effective means to directly obtain animal group behavior data, these studies are still at the level of simulation modeling

With the rapid development of brain science and brain-computer interface, the existing technology has been able to realize the regulation of animal behavior, but these regulation of animal behavior is only the regulation of a single animal individual, it is impossible to synchronize the behavior of multiple animals Regulation, lack of effective means to artificially regulate animal populations

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