2014Journal of Guiyang UniversityRequires access

Automotive Anti-lock Braking System Co-simulation Research by MATLAB and VB

Qiao Bi

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Abstract

Automotive anti-lock braking system co-simulation Research which designed by MATLAB and VB to achieve the model design of Anti-lock braking system and the human-computer interaction display. The simulation results provide that the system can be more truly reflect that the actual work processes of ABS system which worked in the different road and can be better reflect the PID controller has an excellent braking performance as well as the direction of the maneuverability has achieved satisfaction. It provided an economical,efficient and energy-saving method by the research on ABS products.

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What this paper is about

Automotive anti-lock braking system co-simulation Research which designed by MATLAB and VB to achieve the model design of Anti-lock braking system and the human-computer interaction display. The simulation results provide that the system can be more truly reflect that the actual work processes of ABS system which worked in the different road and can be better reflect the PID controller has an excellent braking performance as well as the direction of the maneuverability has achieved satisfaction. It provided an economical,efficient and energy-saving method by the research on ABS products.

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Available abstract

Automotive anti-lock braking system co-simulation Research which designed by MATLAB and VB to achieve the model design of Anti-lock braking system and the human-computer interaction display. The simulation results provide that the system can be more truly reflect that the actual work processes of ABS system which worked in the different road and can be better reflect the PID controller has an excellent braking performance as well as the direction of the maneuverability has achieved satisfaction. It provided an economical,efficient and energy-saving method by the research on ABS products.

Key concepts: Anti-lock braking system, MATLAB, Braking system, Automotive industry, Automotive engineering, PID controller, Lock (firearm), Co-simulation

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