Abstract: In the context of the benchmark problem, "Design and optimisation of restricted complexity controllers", related to an active suspension system, this paper presents the design of an initial controller based on the first and third generation Crone methodologies. The high-level parameters of the controller are then fine-tuned using a "tuned in closed-loop " approach. The optimization technique uses the power spectral density of the closed-loop simulation of a residual force to be minimized. This final controller is finally assessed with a real-time implementation
Active vehicle suspension system is designed to increase the ride comfort and road holding of vehicl...
This study deals with the control chassis dynamics of a light electric vehicle. In the frame of Glob...
This article applies three different control techniques to the design of a quarter-car semiactive su...
Restricted complexity controller design for the active suspension benchmark problem call for papers ...
A correlation-based controller tuning method is proposed for the “Design and optimization of restric...
A correlation-based controller tuning method is proposed for the ``Design and optimization of restri...
Abstract — The design of reduced order controllers under specific performance and structure requirem...
A robust controller design is proposed for the active suspension system bench-mark problem. The CRON...
The design of controllers for active suspension systems can be formulated as an optimal control prob...
Cette thèse s'inscrit dans la continuité des travaux de l'équipe CRONE appliqués à la suspension. Ce...
Research area and Problem formulation: For the control of large scale dynamical systems, complex mat...
This article deals with the transposition of ''fractal robustness'' to automatic control. The consid...
Abstract: We present an application of a new controller order reduction technique with stability and...
The ever-increasing requirements in drive dynamics, comfort and efficiency are challenges that the a...
Benchmark models and specifications for "Design and Optimization of Restricted Complexity Controller...
Active vehicle suspension system is designed to increase the ride comfort and road holding of vehicl...
This study deals with the control chassis dynamics of a light electric vehicle. In the frame of Glob...
This article applies three different control techniques to the design of a quarter-car semiactive su...
Restricted complexity controller design for the active suspension benchmark problem call for papers ...
A correlation-based controller tuning method is proposed for the “Design and optimization of restric...
A correlation-based controller tuning method is proposed for the ``Design and optimization of restri...
Abstract — The design of reduced order controllers under specific performance and structure requirem...
A robust controller design is proposed for the active suspension system bench-mark problem. The CRON...
The design of controllers for active suspension systems can be formulated as an optimal control prob...
Cette thèse s'inscrit dans la continuité des travaux de l'équipe CRONE appliqués à la suspension. Ce...
Research area and Problem formulation: For the control of large scale dynamical systems, complex mat...
This article deals with the transposition of ''fractal robustness'' to automatic control. The consid...
Abstract: We present an application of a new controller order reduction technique with stability and...
The ever-increasing requirements in drive dynamics, comfort and efficiency are challenges that the a...
Benchmark models and specifications for "Design and Optimization of Restricted Complexity Controller...
Active vehicle suspension system is designed to increase the ride comfort and road holding of vehicl...
This study deals with the control chassis dynamics of a light electric vehicle. In the frame of Glob...
This article applies three different control techniques to the design of a quarter-car semiactive su...