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VDC, The Vehicle Dynamics Control System of Bosch
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English
Abstract
VDC is a new active safety system for road vehicles which controls the dynamic vehicle motion in emergency situations. From the steering angle, the accelerator pedal position and the brake pressure the desired motion is derived while the actual vehicle motion is derived from the yaw rate and the lateral acceleration. The system regulates the engine torque and the wheel brake pressures using traction control components to minimize the difference between the actual and the desired motion. Included is also a safety concept which supervises the proper operation of the components and the software.
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Authors
Topic
Citation
van Zanten, A., Erhardt, R., and Pfaff, G., "VDC, The Vehicle Dynamics Control System of Bosch," SAE Technical Paper 950759, 1995, https://doi.org/10.4271/950759.Also In
References
- Shibahata Y. Shimada K. Tomari T. “Improvement of Vehicle Maneuverability by Direct Yaw Moment Control” Vehicle System Dynamics 22 1993 465 481
- Förster H.-J. 1991
- Mitschke M. Wallentowitz H. Schwarz R. 1991
- Käppler W.-D. 1993
- Brown G.W. “Analysis of 104 Eastern Iowa Motor Vehicle Casualty Accidents” Proceedings of the Third Triannial Congress on Medical and Related Aspects of Motor Vehicle Accidents. Ann Arbor Michigan Highway Safety Research Institute 1971 216 218
- Rompe K. Heißing B. Rompe K. 1984 243 265
- Edwards M. L. Malone S. “Driver Crash Avoidance Behavior” “Driver Performance Data Book” Washington, DC National Highway Traffic Safety Administration Final Report DOT HS 807 121 1987
- Fuchs J. 1993
- van Zanten A. T. Krauter A. T. “Optimal Control of the Tractor-Semitrailer Truck” Vehicle System Dynamics 7 1978 203 231
- Heeß G. van Zanten A. T. “System Approach To Vehicle Dynamics Control” Fisita 1988 Detroit 2.109 2.121
- Sato S. Innoue H. Tabata M. Inagaki S. “Integrated Chassis Control System for Improved Vehicle Dynamics” Proceedings of the AVEC '92 Japan
- Lugner P. Mittermayr P. “Controlled Additional 4-Wheel Steering at Critical Driving Conditions” Proceedings of the AVEC '92 (1992.9) Japan 245 251
- Hirano Y. Harada H. Ono E. Takanami K. “Development of an Integrated System of 4WS and 4WD by H∞ Control” SAE 93
- Motoyama S. Uki H. Isoda K. Yuasa H. “Effect of Traction Force Distribution Control on Vehicle Dynamics” Proceedings of the AVEC '92 (1992.9) Japan
- Nagai M. Ono H. “Model-Following Control for an Integrated Four-Wheel Steering and Driving Force Control System Taking into Account Tire Nonlinearity” JSAE Review 14 October 1993
- McLellan D. R. Ryan J. P. Browalski E. S. Heinricy J. W. “Increasing the Safe Driving Envelope - ABS, Traction Control and Beyond” SAE 92C014
- Schnelle K.-P. van Zanten A.T. Hiller M. “Simulation of Nonlinear Vehicle Dynamics with the Modular Simulation Package FASIM” Proceedings of the 12th IAVSD Symposium Dynamics of Vehicles on Roads and Tracks
- Meyna A. Gerstenmeier J. September 1992
- Langwieder K. Danner M. Paper No.28107 XIX FISITA Congress Melbourne (Australia) November 8 - 12 1982
- Müller, A. Achenbach, W. Schindler, E. Wohland, T. Mohn, F.-W. E S P 96 1994 11 656 670
- van Zanten, A. Erhardt, R. Pfaff, G. 96 1994 11 674 689