Automotive ABS Working Principle System Modeling

This program models the automotive ABS system based on its working principles, enabling simulation analysis of the anti-lock braking system to support related research. The implementation includes parameter configuration for vehicle dynamics, friction modeling algorithms, and real-time data monitoring capabilities.

Parameter-Controlled Automotive ABS Simulation

Using Matlab/Simulink to build simulation modules for various models, obtaining vehicle speed, wheel slip ratio, and braking distance curves through simulation experiments. Comparing simulation results with braking performance without ABS yielded satisfactory outcomes, laying the foundation for establishing a full vehicle dynamics simulation platform. Utilizing Matlab/Simulink for model analysis, we investigated ABS system parameter influences on both high and low friction coefficient roads, identified relationships between key parameters, and derived conclusions including: 1) Higher brake pressure variation frequency reduces wheel lock-up tendency without significantly affecting braking distance; 2) Within normal ABS operation range...