The Design of a Fault-Tolerant Rollover Prevention System
Design of Robust Controllers for Active Vehicle Suspension Using the Mixed m Synthesis
Design of Robust Controllers for Active Vehicle Suspension Using the Mixed µ Synthesis
Design of robust controllers for active vehicle suspension using the mixed my synthesis
Design of robust controllers for active vehicle suspension using the Mixed My synthesis
Effects of the Elasticity of Vehicle Chassis on The Design of Active Suspensions
The Design of Active Suspensions Using the Modal Representation of the Model
High-accuracy, near-real-time satellite altimetry: scientific and commercial uses
MIXED H~2/H~I~N~F DESIGN FOR ACTIVE SUSPENSION SYSTEMS
PRACTICAL ASPECTS OF DEPENDABILITY ANALYSIS FOR VEHICLE SYSTEMS
Advances in Identification for Control of Vehicle Structures
Control Strategiesfor Prevention of Rollover of Heavy Vehicles
The application of linear parameter varying control to active suspension design
Modelling and Identification of a Small Unmanned Aerial Vehicle
Earth Observation for Monitoring Biodiversity in Central America
Closed Loop Identification Schemes for Active Suspension Design
Mechanical analysis and control design of a variable-geometry McPherson suspension
Estimation of running resistance of electric trains based on on-board telematics system
Parameter identification of a suspension system and road disturbance estimation
An altimeter-derived geoid in the Arctic Ocean: first results of the PEGASE Project
Rollover Stability Control for Heavy Vehicles by Using LPV Model
Model-based state-of-charge recalibration of lead-acid batteries in automotive applications
The dynamic modelling of road vehicles for the numerical verification of active suspensions