Move beyond PID control to master modern control for complex MIMO systems like the Acrome 3-DoF Copter. Start with the Linear Quadratic Regulator (LQR) for optimal, deterministic performance. To tackle real-world sensor noise and unmeasured states, transition to Linear Quadratic Gaussian (LQG). LQG intelligently combines LQR with a Kalman Filter, which acts as an optimal observer to provide smooth, estimated system states. Finally, for aggressive, large-angle maneuvers far from equilibrium, explore powerful Nonlinear Control strategies, gaining full control capability from abstract theory to real-time hardware execution.
Explore the implementation of a PID controller on the STM32 platform to achieve optimal performance in controlling the position of a ball on a balancing table.
One of the key real-life applications of using oscillation movement in a Stewart platform is in the field of flight or sea state simulation.
Stepper motors are the motors that operate with very precise signals. They change the angular position step by step with the pulse signals applied to the motor input. The stepper motors, which convert digital inputs into analog rotational motion, are also known as "digital machines".
