Cultural heritage digital exhibition device based on Kinect

Abstract

The invention discloses a cultural heritage digital exhibition device based on Kinect. The cultural heritage digital exhibition device based on the Kinect comprises Kinect equipment, a host computer, a display screen and a server, wherein the Kinect equipment and the display screen are both connected to the host computer through data lines, and the host computer is connected with the server through the Internet. According to the cultural heritage digital exhibition device based on the Kinect, the Kinect equipment is adopted to mainly replace a mouse, a keyboard and a touch screen, the principles of the mouse, the keyboard and the touch screen are complicated, a virtual helmet, 3D glasses, body feeling gloves and the like are also replaced, and therefore the cost of the device is reduced and the sense of reality of experience is improved.

Description

technical field [0001] The invention relates to the field of information processing, in particular to a Kinect-based cultural heritage digital display device. Background technique [0002] At present, the existing digital display technologies of cultural heritage mainly include realistic rendering technology based on virtual reality technology, immersive projection technology, digital museum based on multimedia information integrated display technology, etc. Among them, realistic rendering technology provides users with a virtual three-dimensional space scene made by a computer. Users can move freely and change perspectives in the scene through interactive devices such as mouse and keyboard; immersive projection technology uses projectors and related equipment to create Users provide high-quality stereoscopic images and highly simulated virtual scenes; the digital museum uses computer image processing technology, multimedia technology and human-computer interaction technolog...

AI Technical Summary

Problems solved by technology

[0003] The human-computer interaction methods used in the above technologies are mostly traditional interactive devices such as mice, keyboards, and touch screens. Although human-computer interaction devices such as virtual helmets, 3D glasses, and somatosensory gloves are gradually being introduced, on the one hand, the application of these devices The virtual scene often requires high development costs; on the other hand, users need to wear additional external devices, which will increase the difficulty for users to learn to use the system and reduce the sense of realism in the experience

In addition, most of the existing somatosensory interaction devices require the cooperation of digital cameras and somatosensory gloves to improve the accuracy of the response to human body gestures, and voice interaction cannot be realized at the same time.

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