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Developing Advanced Chassis and Safety Systems for Improved Vehicle Performance
Increasing consumer demand and legislative pressure are driving the development of advanced new safety systems, such as adaptive cruise control, lane departure warning, and obstacle detection; as well as clean engine technology, including fuel cells, hybrid engines, and advanced engine controls.
Automotive engineers are using MathWorks tools to model and simulate complex safety features involving time-triggered communication networks, electric motors, DSP-based controls, and wireless and image processing systems. To improve fuel economy and reduce emissions while maintaining vehicle performance, engineers are using MathWorks model-based control and calibration tools to implement new hybrid technologies and improve existing engine designs.
MATLAB, Simulink, and the Model-Based Calibration Toolbox are enabling engineers to develop and refine complex new algorithms and system designs on the desktop, thereby minimizing the time, danger, and expense of iterative testing in actual vehicles.
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View Recorded Webinars
- Model-Based Calibration Toolbox
- Design and Implementation of Video Applications on TI C6400 DSPs with Simulink
- Modeling and Simulation of Mechanical Systems with Simulink and SimMechanics
- Automotive Applications: Data Analysis & Development with MATLAB Products
Read Technical Articles
- Using Model Coverage Analysis to Improve the Controls Development Process
- Embedded Steer-by-Wire System Development (pdf)
Learn More About Automotive Products
We expect to be able to move our products from the advanced design stage to the production design stage to installation in delivered vehicles much more quickly.