ECU DEVELOPMENT AND TESTING THROUGH NUMERICAL OPTIMIZATION AND HARDWARE IN THE LOOP SIMULATIONS 2001-01-1865
A method to speed up and improve the whole development cycle of Electronic Control Units (ECU) is presented.
The proposed procedure can be divided into three steps:
development and validation of the controlled system dynamic model;
numerical optimisation of the system control strategy;
Hardware In the Loop (HIL) simulations to test the electronic control unit.
Implementation of the method has led to the creation of a hardware in the loop system aimed at testing the control unit of electronically controlled transmissions. The system includes a Digital Signal Processing (DSP) board where the dynamic model runs and a console allowing the user to operate the throttle and brake pedals and to actuate the gearshifts. The behaviour of the model can be visualised through a real time Graphical User Interface (GUI) on a PC connected with the DSP board by a serial link.
Citation: Paolo, B., Stefano, M., Giovanbattista, V., and Trifiletti, A., "ECU DEVELOPMENT AND TESTING THROUGH NUMERICAL OPTIMIZATION AND HARDWARE IN THE LOOP SIMULATIONS," SAE Technical Paper 2001-01-1865, 2001, https://doi.org/10.4271/2001-01-1865. Download Citation