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Two Functions, One Microcontroller Four-Wheel ABS and Ride Control Using 80C196KB
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Abstract
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Citation
McIntyre, S., "Two Functions, One Microcontroller Four-Wheel ABS and Ride Control Using 80C196KB," SAE Technical Paper 881138, 1988, https://doi.org/10.4271/881138.Also In
References
- Bosch Automotive Handbook 2nd “Suspensions”; “Braking Equipment” 0-89883-518-6
- Reinecke E. “An Anti-lock System with Extended Safety and Control System Functions” Int. J. of Vehicle Design 6 4/5 561 566 1985
- Petersen E. Quicke K. “New Anti-lock Systems for Commercial Vehicles Realized with Single-Chip Microcomputers” Wabco Westinghouse GmbH, Hanover; IMechE Paper #C205/81
- Maisch W. Schramm H. “Further Development of the Anti-lock Braking Systems for Commercial Vehicles with Compressed Air Brakes” IMechE Paper #C191/85
- Hans-Christof Klein “Anti-lock Brake Systems for Passenger Cars, State of the Art 1985” SAE Paper # 865139
- Gerstenmeier Jurgen “ABS Electronics, Current Status and Future Prospects”; IMechE Paper #C239/85; “Electronic Control Unit for Passenger Car Anti-skid (ABS)”; IMechE Paper #C186/81; “Traction Control (ASR)- An Extension of the Anti-lock Braking Systems (ABS)” SAE Paper # 861033
- Soltis Micheal W. “Programmed Suspension Provides Ride Control” Automotive Engineering February 1987
- Hirose Maanori Matsushige Seiichi Buma Shuichi Kamiya Kohji “Toyota Electronic Modulated Air Suspension System for the 1986 Soarer” IEEE 1986
- Kerastis Micheal W. Lizell Magnus B. Guy Yoram “Advances in Electronic Suspensions” SAE paper 1986
- Hussain Seyd “The Application of High Speed Integrated Digital Microcontrollers in Modern Anti-Lock Systems” SAE paper 1985