Kinect-based handwriting method

Abstract

The invention discloses a kinect-based handwriting method, which mainly comprises the following steps: step 1, capturing video information; step 2, analyzing, processing and segmenting the video information, so as to acquire the hand part of the user in each frame of image; and step 3, separating the segmented video information into two modules, namely a handwriting track positioning and character recognition module and a gesture recognition and response module. The kinect-based handwriting method has the advantages of high writing freedom degree, convenience in use, high practicability and the like.

Description

technical field [0001] The invention relates to a computer image processing and pattern recognition technology, in particular to a Kinect-based handwriting method, which is a recognition and interaction method for virtual handwriting in the air. Background technique [0002] Throughout the development history of human-computer interaction, we have been working hard to create a more natural and user-friendly interactive system, but in the existing handwriting system, limited by hardware and software constraints, it is still not fully To achieve a humanized interaction requirement: On the one hand, traditional handwriting input systems need to rely on certain media devices, such as keyboards, mice, electronic pens, and touch screens. This kind of handwriting behavior is "bound" with hardware. On the other hand, there are many attempts and researches in the field of virtual handwriting at home and abroad, but they all have certain limitations at some level, for example, for Th...

AI Technical Summary

Problems solved by technology

[0002] Throughout the development history of human-computer interaction, we have been working hard to create a more natural and user-friendly interactive system, but in the existing handwriting system, limited by hardware and software constraints, it is still not fully To achieve a humanized interaction requirement: On the one hand, traditional handwriting input systems need to rely on certain media devices, such as keyboards, mice, electronic pens, and touch screens. This kind of handwriting behavior is "bound" with hardware. On the other hand, there are many attempts and researches in the field of virtual handwriting at home and abroad, but they all have certain limitations at some level, for example, for The application scenarios must be strictly controlled, requiring the background to be clean and stable; or require expensive electronic equipment, such as high-precision TOF cameras, data gloves, etc., which restrict their application solutions to become a practical system; it can be seen There are many restrictions on the use of existing handwriting technology, which is inconvenient to use and poor in practicability

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