Inverted Pendulum - Modern Control Theory Experiment

In this article, we explore the inverted pendulum system used in modern control theory experiments. The inverted pendulum represents a simple physical system whose motion can be effectively controlled, making it an excellent tool for demonstrating fundamental control theory principles. During experiments, we test various control methods by introducing different disturbances to the pendulum system. We implement control algorithms such as PID controllers or state-space controllers using MATLAB/Simulink code, where key functions like feedback gain calculation and stability analysis are crucial. The article analyzes the advantages and disadvantages of these control approaches and discusses their applicability to different scenarios. Through these experiments, we gain deeper insights into modern control theory fundamentals and their application to broader fields such as robotics control and automated system design. The experimental setup typically involves real-time data acquisition and control signal generation through embedded systems programming. We hope this article helps you better understand the inverted pendulum system and the significance of modern control theory experiments in practical engineering applications.