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Integrated Control of Active Steering and Electronic Differentials in Four Wheel Drive Vehicles

Journal Article
2009-01-0446
ISSN: 1946-4614, e-ISSN: 1946-4622
Published April 20, 2009 by SAE International in United States
Integrated Control of Active Steering and Electronic Differentials in Four Wheel Drive Vehicles
Sector:
Citation: Marino, R. and Scalzi, S., "Integrated Control of Active Steering and Electronic Differentials in Four Wheel Drive Vehicles," SAE Int. J. Passeng. Cars – Electron. Electr. Syst. 2(1):141-149, 2009, https://doi.org/10.4271/2009-01-0446.
Language: English

References

  1. Ackermann J. “Robust Car Steering by yaw rate control” IEEE Conference on Decision and Control 2033 2034 1990
  2. Baumgarten G. “Motor vehicle steering system having a yaw rate controller” Bayerische Motoren Werke April 15 2004
  3. Pauly A. Baumgarten G. “Overlay steering system and method for motor vehicles” Bayerische Motoren Werke Aktiengesellschaft Feb 15 2005
  4. Frediani S. Gianoglio R. Giuliano F. “System for the Active Control of a Motor Vehicle Differential” Applicant Centro Ricerche Fiat May 2002
  5. Ushiroda Y. Sawase K. Suzuki K. “Development of super AYC” New Technologies 15 73 76 2003
  6. Cheli F. Giaramita M. Resta F. Zanchetta M. Travaglio G. C. “A New Control Strategy for a Semi-Active Differential” 16th IFAC World Congress Prague July 3-8 2005
  7. Canale M. Fagiano L. Milanese M. Borodani P. “Robust Vehicle Yaw Control Using Active Differential and Internal Model Control Techniques” Control Engineering Practice 15 923 941 2007
  8. Marino R. Scalzi S. “Integrated Active Front Steering and Semiactive Rear Differential Control in Rear Wheel Drive Vehicles” Proceeding of the 17 th World Congress IFAC Seoul, Korea July 6-11 2008
  9. Schwarz R. Dick W. Meissner T. Martin F. “Dynamic Steering and Quattro with Sport Differential - Two Perfect Partners for Highest Agility and Active Safety” Proceeding of the 2008 FISITA Word Automotive Congress Munich, Germany September 14-19 2008
  10. Nagai M. Shino M. Gao F. “Study on Integrated Control of Active Front Steer Angle and Direct Yaw Moment” JSAE Review 23 309 315 2002
  11. Shi J. “Integrated Global Chassis Control - A Top-Down Design Approach” Proceeding of FISITA World Automotive Congress Yokohama, Japan October 22-27 2006
  12. Li D. Shen X. Yu F. “Study on the Chassis Control Integration Based on Tire Slip Ratio Regulation and Active Steering Control” Proceeding of FISITA World Automotive Congress Yokohama, Japan October 22-27 2006
  13. Hattori Y. “Optimum Vehicle Dynamics Control Based on Tire Driving and Braking Forces” Toyota CRDL 38 4 2003
  14. Hancock M. Kasac J. Deur J. Novakovic B. “Optimization of Global Chassis Control Variables” Proceeding of the 17 th World Congress IFAC Seoul, Korea July 6-11 2008
  15. Pacejka H. B. “Tire and Vehicle Dynamics” Elsevier - Butterworth Heinemann 2004
  16. Marino R. Scalzi S. Cinili F. “Nonlinear PI Front and Rear Steering Control in Four Wheel Steering Vehicles” Vehicle System Dynamics 45 12 1140 1168 October 2007
  17. Gerhard J. Laiou M.C. Monnigmann M. Marquardt W. “Robust Yaw Control Design with Active Differential and Active Roll Control Systems” Advances in Automotive Control IFAC Salerno, Italy April 19-23 2004
  18. Morselli R. Zanasi R. Sandoni G. “Mechanical and Active Car Differentials: Detailed and Reduced Dynamic Models” 4TH MATHMOD Vienna 1011 1020 February 5-7 2003
  19. Hac A. B. “Rear Steering Control For Vehicles with Front and Rear Steering” Delphi Technologies Troy, Mi Jan 3 2002
  20. Kokotovic P. Khalil H. O'Reilly John “Singular Perturbation Methods in Control: Analysis and Design” Academic Press London 1986
  21. MacAdam C.C. “Application of an Optimal Preview Control for Simulation of Closed-Loop Automobile Driving” IEEE Transaction on Systems, Man, and Cybernetics 11 June 1981

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