Dynamic Performance Issues in Active, Energy-Efficient Vibration Control Systems
Active Vehicle Suspension Systems Utilizing Intelligent Control
Computer Aided Engineering for Automotive Powertrain Controller Development
A New Approach for the Design of Active Suspension Control Systems
Static and Dynamic Mechanical and Failure Properties of Human Cerebral Vessels
A Model for Determining Rider Induced Energy Losses in Bicycle Suspension Systems
Limitations of Alternative Platoon Control Strategies for IVHS
Multibody Dynamic Methods for Vehicle Powertrain Analysis
Stochastic Decision and Control Parameters for IVHS
Feedforward Controller Design Using Nonlinear Model Inversion for Automobile Tire Burst
Resistance Control, Semi-Active Damping Performance
Control of Suspensions for Vehicles With Flexible Bodies: Part I - Active Suspensions
Control of Suspensions for Vehicles With Flexible Bodies: Part II - Semi-Active Suspensions
Adaptive Control of Shifts in Automatic Transmissions