National audienceIn this paper, through the half vehicle model, we investigate the vehicle performance gain yeld by a qLPV mixed Hinf/H2. The Pareto limit is used to show the compromise that has to be done when a mixed synthesis is achieved. Simulations on a nonlinear half vehicle model, with multiple objectives, are performed to show the efficiency of the method
International audienceThis paper proposes an optimized lateral control design of a two-steering-axle...
The work undertaken in this research aims to develop a mathematical model which can replicate the be...
International audienceThis paper presents a new methodology for suspension control in view of global...
International audienceIn this paper we compare LTI and qLPV Hinfinity/H2 controllers. The Pareto lim...
In this paper we compare LTI and qLPV H_infty H_2 controllers. The Pareto limit is used to show the...
International audienceThis paper investigates new achievements in chassis control. Active Front Stee...
In this paper we realize the design of a mixed suspension system (an actuator in tandem with a conve...
International audienceThis paper deals with Global Chassis Control (GCC) of ground vehicles. It focu...
International audienceThis paper addresses an integration of two advanced vehicle controllers. The f...
International audienceThis paper proposes a new multivariable design strategy for Global Chassis Con...
In this paper we present two multi-objective optimization techniques for the design of a passive su...
This paper develops an energy control strategy based on a multi-parametric programming control algor...
International audienceThis paper proposes a new multivariable LPV/H∞ Global Chassis Control (GCC) st...
International audienceIn this paper we derive LTI and LPV/Hinf controllers, based on a simple quarte...
The use of optimization techniques has been extensively adopted in vehicle design and with the incre...
International audienceThis paper proposes an optimized lateral control design of a two-steering-axle...
The work undertaken in this research aims to develop a mathematical model which can replicate the be...
International audienceThis paper presents a new methodology for suspension control in view of global...
International audienceIn this paper we compare LTI and qLPV Hinfinity/H2 controllers. The Pareto lim...
In this paper we compare LTI and qLPV H_infty H_2 controllers. The Pareto limit is used to show the...
International audienceThis paper investigates new achievements in chassis control. Active Front Stee...
In this paper we realize the design of a mixed suspension system (an actuator in tandem with a conve...
International audienceThis paper deals with Global Chassis Control (GCC) of ground vehicles. It focu...
International audienceThis paper addresses an integration of two advanced vehicle controllers. The f...
International audienceThis paper proposes a new multivariable design strategy for Global Chassis Con...
In this paper we present two multi-objective optimization techniques for the design of a passive su...
This paper develops an energy control strategy based on a multi-parametric programming control algor...
International audienceThis paper proposes a new multivariable LPV/H∞ Global Chassis Control (GCC) st...
International audienceIn this paper we derive LTI and LPV/Hinf controllers, based on a simple quarte...
The use of optimization techniques has been extensively adopted in vehicle design and with the incre...
International audienceThis paper proposes an optimized lateral control design of a two-steering-axle...
The work undertaken in this research aims to develop a mathematical model which can replicate the be...
International audienceThis paper presents a new methodology for suspension control in view of global...