Design of a Virtual Experimental Simulation Platform for Automatic Control Principles Based on Matlab Gui

Abstract

Abstract: A virtual experimental simulation platform is designed for automatic control principles based on Matlab Gui. The design of this simulation platform consists of four sections: mathematical modeling, time-domain analysis, root trajectory analysis, and system calibration, which are based on a graphical user interface. Users can input corresponding parameters in different interfaces based on actual needs for mathematical model analysis, time-domain analysis of linear continuous systems, root trajectory analysis of linear continuous systems, and system calibration analysis. The analysis results are presented in a visual form in the Gui window, which has the characteristics of easy operation, good scalability, and intuitive image.

Key words: Automatic control principle, Matlab Gui, Virtual experimental, Simulation platform, Courses, Teach

CLC Number:

TP13-4
G642

WU Jiarong, SHI Yuping, LIAO Yikui, MA Fuhua. Design of a Virtual Experimental Simulation Platform for Automatic Control Principles Based on Matlab Gui[J]. The Theory and Practice of Innovation and Enntrepreneurship, 2024, 7(14): 175-177.

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