Design and Implementation of Digital Circuit Virtual Simulation Experimental System Based on Serious Games

Abstract

Serious games are used in medical, training, the military, and other sectors as an innovative teaching tool. This paper incorporates serious games into digital circuit simulation experiments, creates a virtual simulation experiment environment with rich sensory experience and good interactive experience, and addresses the recent problems of poor interactivity and low immersion in digital circuit simulation experiment software. To begin, various classical experiments in digital circuits are chosen as virtual simulation objects to build realistic virtual experiment scenes and implement scene control and circuit connection functionalities. Second, each circuit's logic analysis and algorithm processing are performed in order to replicate output feedback and experimental phenomena. To lessen user cognitive load, gesture detection and identification are performed using the Media Pipe architecture, and a gesture connection function is implemented. Finally, add registration and login functions, experiment with scene roaming, and other functions to improve the system. The digital circuit virtual simulation experiment system based on serious games offers a novel approach to digital circuit experimentation.