Human body image recognition method

Abstract

The invention discloses a human body image recognition method, and the method achieves the recognition of a human body image through the following steps: S1, enabling hardware equipment to carry out the skeleton tracking, identity recognition and voice recognition of a human body, and provides the obtained original data information which comprises a depth data stream, a color video stream and original audio data; s2, performing depth image imaging according to the data information acquired by the hardware equipment; s3, forming a skeleton map: distinguishing a human body from a background environment from the depth image, further identifying articulation points of the human body, and identifying human skeletons; s4, constructing a virtual human body: constructing muscles after human skeletons are identified; and S5, transmitting the constructed virtual human body data with bones and muscles to a computer, and projecting the virtual human body data to a display through the computer. According to the invention, real-time dynamic capture and dynamic judgment are realized, so that some schemes with relatively high picture requirements and accurate control precision are realized.

Description

technical field [0001] The invention relates to the technical field of infrared imaging, in particular to a human body image recognition method. Background technique [0002] Infrared imaging technology is a promising high-tech. Electromagnetic waves longer than 0.78 microns are located outside the red of the visible light spectrum, called infrared rays, also known as infrared radiation. It refers to electromagnetic waves with a wavelength of 0.78-1000 microns, of which the part with a wavelength of 0.78-2.0 microns is called near-infrared, and the part with a wavelength of 2.0-1000 microns is called thermal infrared. In nature, all objects can radiate infrared rays, so the infrared image formed by different thermal infrared rays can be obtained by using the detector to measure the infrared difference between the target itself and the background. The current infrared thermal imaging technology is relatively mature, and it is also used in civilian fields. It is immune to el...

AI Technical Summary

Problems solved by technology

[0003] Traditional infrared thermal imaging technology is mostly used for monitoring, which is a relatively vague judgment, and some even simply monitor "yes" and "no". , monitor the presence or absence of uninvited guests

Based on such low-end imaging requirements, most other products do not have high-precision infrared model correction systems and judgment systems, and cannot be further developed.

The lack of application of infrared thermal imaging technology in civilian entertainment, commercial promotion, etc. can be said to be a great waste

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