Active Vehicle Suspension Systems Utilizing Intelligent Control
Dynamics of a Mechanically Controlled Permanent Magnet Suspension for Maglev Transport Vehicle
Dynamic Performance Issues in Active, Energy-Efficient Vibration Control Systems
Sliding Mode Observer Design with Emphasis on Vehicle Dynamics Applications
Application of Floquet's Theorem to High-Speed Train/Track Dynamics
Computer Aided Engineering for Automotive Powertrain Controller Development
A New Approach for the Design of Active Suspension Control Systems
Stochastic Decision and Control Parameters for IVHS
Resistance Control, Semi-Active Damping Performance
Adaptive Control of Shifts in Automatic Transmissions
Limitations of Alternative Platoon Control Strategies for IVHS
A Model for Determining Rider Induced Energy Losses in Bicycle Suspension Systems
Road/Tire Interaction in Lateral Control of Passenger Vehicles
Door Latch Integrity: Engineering Analysis and NASS Case Review
Control of Suspensions for Vehicles With Flexible Bodies: Part I - Active Suspensions