Braking Regulation of a Vehicle, Application and Comparison of Control Algorithms of Unstable or Pseudo-Stable Fast Systems 940837
This article presents the results obtained in regulating complex physical systems of low time- constants-often less than a second or even a tenth of a second. Special emphasis is placed on unstable systems -or those that may become such in certain working conditions.
These systems which are difficult to regulate require special precautions in real industrial uses. Different algorithms such as controls using PID (Proportional plus Integrator plus Derivator controller) or pole placement, adaptive controls or, in some cases generalised predictive controls, have been tested and compared.
In the case of adaptive controls, special care is given to the problem of parameter initialization which is often crippling for such uses as the ones described here. A compromise between implementation and operation costs, calculation time, performance, etc, must be found.
Our application is a real industrial example: the braking system of a vehicle.
Citation: Chamaillard, Y., Gissinger, G., and Menard, C., "Braking Regulation of a Vehicle, Application and Comparison of Control Algorithms of Unstable or Pseudo-Stable Fast Systems," SAE Technical Paper 940837, 1994, https://doi.org/10.4271/940837. Download Citation
Author(s):
Y. Chamaillard, G. L. Gissinger, C. Menard
Affiliated:
Institut de Recherche Polytechnique
Pages: 12
Event:
International Congress & Exposition
ISSN:
0148-7191
e-ISSN:
2688-3627
Also in:
ABS/TCS and Brake Technology Developments-SP-1018, SAE 1994 Transactions: Journal of Passenger Cars-V103-6
Related Topics:
Adaptive control
Braking systems
Mathematical models
Regulations
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