Automotive ABS Testing Software - Calculates Optimal Control Parameters from Pressure, Vehicle Speed, and Wheel Speed Inputs

This is an automotive ABS testing software I developed using MATLAB. It serves as a highly practical tool that enables users to efficiently evaluate the performance of vehicle Anti-lock Braking Systems (ABS). The software accepts user-input parameters including brake pressure, vehicle speed, and wheel speed, then calculates optimal control variables through sophisticated algorithmic processing. Key implementation features include a control algorithm that compares wheel slip ratios against optimal thresholds and modulates brake pressure accordingly using PID control logic. The software incorporates additional practical functionalities such as data storage capabilities with MATLAB's native file I/O functions and analytical tools for performance trend analysis. Users can leverage these features to conduct comprehensive ABS system testing, obtaining precise and detailed test datasets through automated data logging and visualization components. The core computational module employs real-time data processing techniques to ensure accurate control signal generation, while the user interface facilitates parameter adjustment and result monitoring. Overall, this software represents a robust and efficient solution for testing and optimizing automotive ABS system performance, featuring modular code architecture that allows for easy customization and expansion of functionality.