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VIRTUAL VEHICLE SYSTEMS SIMULATION. Automotive Research Center Conference University of Michigan Ann Arbor, May 25-26, 1999 Professor Ka C. Cheok and Dr. G. E. Smid Department of Electrical and Systems Engineering Oakland University. Virtual Realistic Simulation. It's REAL-TIME!
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VIRTUAL VEHICLE SYSTEMS SIMULATION Automotive Research Center Conference University of Michigan Ann Arbor, May 25-26, 1999 Professor Ka C. Cheok and Dr. G. E. Smid Department of Electrical and Systems Engineering Oakland University
Virtual Realistic Simulation • It's REAL-TIME! • It's NETWORK DISTRIBUTED! • It's MODULAR! • It's INTERACTIVE! • It's IMMERSIVE! • It’s an ENGINEERING TOOL! Oakland UniversityVirtual Vehicle System Simulation
Computer Study • Active Safety Systems: • Collision Warning & Avoidance • Rollover Detection & Reduction • Active suspension • Steer Stability • Traction Control • Anti-lock Brake • Air Bag Oakland UniversityVirtual Vehicle System Simulation
Computer Study • Subsystems • Tire • Steering • Engine • Transmission • Suspension • Body control • Drive-by-wire systems Oakland UniversityVirtual Vehicle System Simulation
Computer Study • Customer Preference • Vehicle performance • Vehicle ride and comfort • Vehicle noise, vibration and harshness • Force feedback • Ergonomics • Perception • Subjective evaluation Oakland UniversityVirtual Vehicle System Simulation
Simulation Platform Integrated Network Environment (SPINE) Oakland UniversityVirtual Vehicle System Simulation
Model Validation and Experimental Verification Oakland UniversityVirtual Vehicle System Simulation
VIRTUAL VEHICLE SYSTEMS SIMULATION Professor Ka C. Cheok 102-G SEB phone: 248-370-2232 email:cheok@oakland.edu Dr. G. E. Smid 128 SEB phone:248-370-2082 email:smid@oakland.edu Department of Electrical and Systems Engineering Oakland University Rochester, MI 48309-4401