Design of Three-Dimensional Gesture Recognition and Motion Tracking Human-Computer Intelligent Interaction System based on PAJ7620

Author:

Jian-liang WANG,Ye WEI,Yang LI,Yuan MENG,Ming-yu LI,Jiang-yan XU,Wan-ming JIAO,Lan BAN,Jun-pei LIU,Hong-feng ZHANG,Wei ZHANG,Li-na WANG,Fu-chen LUO,Yu-duo WANG

Abstract

Abstract With the increasing degree of informatization and intelligence in modern society, human-computer interaction technology has become one of the commonly used scientific and technological achievements. “Gesture” can be used as inputing image information, and make more intuitive and convenient for perception of user interface. To a certain extent, it can complete the intelligent interaction function between human and computer. The design is a human-computer intelligent interaction system for 3D gesture recognition and motion tracking based on gesture sensor PAJ7620. STM32 chip is used as the main control unit to recognize accurately, analyze and process different gestures collected by the gesture sensor, and control the OLED screen to display the gesture information. It can further drive the carrier to take corresponding actions and realize the intelligent human-computer interaction recognition of gestures. The experimental test results show that the recognition rate is lose to 100% when the distance is within 10cm.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference4 articles.

1. Summary of gesture recognition;Feng;J. Journal of Jinan University (Natural Science Edtion). Commun.,2013

2. Intelligent gesture recognition multifunctional system based on STM32 Series MCU;Wang;J. Technological Innovation and Application. Commun.,2020

3. Design of gesture recognition controller based on STM32;Niu;J. Electronic Test. Commun.,2019

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1. Design of an Accessible Music Control Device for Individuals with Disabilities Based on Gesture Recognition;2024 5th International Conference on Computer Engineering and Application (ICCEA);2024-04-12

2. Design of gesture recognition device for motion sensing game;AIP Conference Proceedings;2023

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