Fuzzy Logic Controller For Active-Vehicle Suspension System

Nur Syawana, Murad (2012) Fuzzy Logic Controller For Active-Vehicle Suspension System. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

This project is about implement controller for vehicle suspension system. Vehicle suspension system consists of wishbones, the spring, damper, and shock absorber which are interact between body and road surface. The main function of suspension system is to stabilize handling stability and ride comfort. Thus, it is need more consideration for suspension design that will compromised between stabilize handling stability and ride comfort since they are normally in conflict. In order to overcome the problem, a comparison between conventional controller and advanced technology control had been done. Then, electronic control of Fuzzy Logic was suggested will be design and applied to the system of vehicle suspension system. It is because it is advanced control technology can withstand the conflict in riding over road surface. It was completed using MATLAB and SIMULINK.

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