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This repository features the modeling and simulation of an ABS using MATLAB/Simulink. It compares PID and fuzzy logic controllers, highlighting the superior performance and stability of the fuzzy logic approach. This project demonstrates key skills in system modeling, simulation, and control design.

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oumaima-elbouraqqady/Modeling-the-control-of-an-ABS-Anti-Lock-Braking-System-using-fuzzy-logic

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Modeling-the-control-of-an-ABS-Anti-Lock-Braking-System-using-fuzzy-logic

This repository contains the modeling and simulation of an Anti-lock Braking System (ABS) using MATLAB/Simulink. The project implements and compares two control strategies: a PID regulator and a fuzzy logic controller. Simulation results demonstrate the superior performance and stability of the fuzzy logic controller, showcasing its potential for real-world applications.

Through this project, key skills in system modeling, simulation, and control design using fuzzy logic were developed. The repository provides a comprehensive approach to understanding ABS functionality and evaluating control strategies for enhanced braking performance.

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This repository features the modeling and simulation of an ABS using MATLAB/Simulink. It compares PID and fuzzy logic controllers, highlighting the superior performance and stability of the fuzzy logic approach. This project demonstrates key skills in system modeling, simulation, and control design.

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