MATLAB and Simulink are now being used extensively in not only academia as a teaching aid, a learning aid and a research tool but also industry for modeling, analysis, design and rapid prototyping. As ...

Analysis of a typical inverted pendulum control system is very effective to evaluate and understand the different control strategies and aspects of the control engineering. Fundamental ideas of the ...

A typical laser guided missile control has been discussed. The paper describes the result comparisons that were developed for the phase lead compensator design using Nichols Chart and Bode plots. The ...

Learn how to use MATLAB to design and test robust process control strategies for dynamic systems. Discover how to model, simulate, analyze, optimize, and validate your control systems.

Discover two efficient methods for real-time debugging and testing of control systems using MATLAB and Visual C++. Easily modify parameters, draw real-time graphs, and save data for analysis. Explore ...

A time-domain analysis of the closed-loop-system step response is just as straightforward: step(Hr*feedback(D*G, Hy)); You can use Matlab to capture the dynamic performance of each element of the ...

The objective of this dissertation was to develop a simulation framework for multi-agent systems using MATLAB and Webots. The simulation framework allows for the study of various multi-agent system ...

One way to test and validate your control systems design using Laplace transform is to perform Laplace domain analysis. This involves finding the transfer function of your system, which is the ...