Pet emotion management system

Abstract

The invention discloses a pet emotion management system, which comprises the following steps of: (1) acquiring a continuous dynamic image video stream acquired by shooting a pet object by using a continuous video shooting light detection part of a measuring camera; (2) converting video data of the shot video stream into a conversion part of an A / D (Analogue to Digital); (3) analyzing a jitter parameter by the converted continuous video data and measuring the jitter parameter; (4) carrying out a biological signal image generation process based on the measured vibration parameters; and (5) adopting a mode of including the identification part represented by the generated biological signal image. According to the invention, a video stream image is used as a sensor to collect energy changes generated by mammal muscles, and biological signals generated by mammals are obtained to detect psychological and physiological reaction parameters of the mammals and generate an algorithm model; specifically, biological signals and psychological and physiological characteristic parameters related to the biological signals are obtained from a video stream for mapping and matching to generate an algorithm.

Description

technical field [0001] The invention relates to the technical field of pet emotion recognition and management, in particular to a pet emotion management system. Background technique [0002] Any change in the physiology of the mammal will be associated with a characteristic response to the physiology of the mammal. To obtain comprehensive information on the psychophysiology associated with mammals, there have been many studies to date. Concretely known are contact methods, devices and systems, etc., which can assess the emotional and psychological state of mammals. The most widely known contact methods using physiological signals use modern stereoscopic The pulse measurement system is based on tens of thousands of pulse pulses generated by human fingertips to measure the changes in the psychophysiological signals generated in the human body. It can analyze the comprehensive psychophysiological state of the human body, but there are many limitations to the sensors installed ...

AI Technical Summary

Problems solved by technology

Concretely known are contact methods, devices and systems, etc., which can assess the emotional and psychological state of mammals. The most widely known contact methods using physiological signals use modern stereoscopic The pulse measurement system is based on tens of thousands of pulse pulses generated by human fingertips to measure the changes in the psychophysiological signals generated in the human body. It can analyze the comprehensive psychophysiological state of the human body, but there are many limitations to the sensors installed on the human body. Constraints will also produce many problems that can not be used to obtain comprehensive information in addition to local areas. The technology used in this contact type and other problematic contact sensors cannot allow the subjects to perform experiments without knowing it, making the analysis and diagnosis process A variety of problems and errors are generated, and a new information image is formed by accumulating the magnitude of the signal generated by each point of change in different mammals, which reflects a certain meaning of specific change parameters, such as the highest frequency of tail wagging by dogs , and through the frequency and amplitude of the tail wagging, people can understand empirically and define whether the emotional change of the dog is high or not. Information on the status of contact psychophysiological characteristics

However, the different state changes generated by obtaining information will not be reflected very accurately

This shows that the analyzed image difference state cannot accurately reflect the difference correlation between object position changes

That is, it is very difficult to analyze the target object for subtle changes in position in time and space. The accuracy and reliability of each parameter measurement for the psychophysiological characteristics of the target object will decrease, and it is impossible to obtain accurate pet emotional parameters.

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