Difference between revisions of "Projects:2017s1-185 BMW Autonomous Vehicle Project Implementation of a Steering Angle Controller on a Lab Test Bench"
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When the system has been tested on the test bench,steering unit will be assembled into the BMW vehicle. | When the system has been tested on the test bench,steering unit will be assembled into the BMW vehicle. | ||
| − | == | + | == Objects == |
| − | + | *Development of a steering angle control | |
| − | + | *Implementation of the EPS on the testbench | |
| + | *Complete the communication with EPS using the MicroAutoBox | ||
| + | *Implementation of steering rack controller on the test bench | ||
| + | *Achieve accurate angle controlling | ||
== Project Team == | == Project Team == | ||
Revision as of 18:32, 21 September 2017
Abstract
This project focuses on the steering angle control system of autonomous vehicles. Modern vehicles accommodates Electrical Power Assisted Steering. Such steering system includes a brushless DC (BLDC) motor to assist a steering force. Under normal operation, both the BLDC and the driver apply force on the steering wheel to position the vehicle.
In this project, we are aiming to develop steering control system that can be used in an autonomous vehicle. A test rack has been constructed to simulate wheel forces. A DSP based on MicroAutoBox system is used to demonstrate electronic control.
When the system has been tested on the test bench,steering unit will be assembled into the BMW vehicle.
Objects
- Development of a steering angle control
- Implementation of the EPS on the testbench
- Complete the communication with EPS using the MicroAutoBox
- Implementation of steering rack controller on the test bench
- Achieve accurate angle controlling
Project Team
Team Members
Zeyu Yan
Tianhao Gu
Supervisor
Prof.Nesimi Ertugrul
Dr.Cheng Chew Lim
Robert Dollinger
