The aim of the presented work is to estimate the vertical forces of heavy vehicle and identify the unknown dynamic parameters using sliding mode observers approach. This observation needs a good knowledge of some dynamic parameters such as damping coefficient, spring stiffness...etc. We propose in this paper, to identify some of these parameters which are, in practice very difficult to obtain and to measure. This identification will improve the quality of vertical forces estimation. Some experimental results are presented in order to show the quality of the estimation and identification. These estimation results are then compared to the measures coming from an instrumented tractor
In this work, A new method is developed to estimate the unknown inputs of heavy vehicle. These input...
In this work, A new method is developed to estimate the unknown inputs of heavy vehicle. These input...
Title:3rd International Conference on Advances in Vehicle Control and Safety 2007 (AVCS'07) and 3rd ...
The aim of the presented work is to estimate the vertical forces of heavy vehicle and identify the u...
The aim of the presented work is to estimate the vertical forces of heavy vehicle and identify the u...
The aim of the presented work is to estimate the vertical forces of heavy vehicle and identify the u...
The impact forces are the vertical component of the road/tyre interface. These forces are important ...
In this work, a new method is developed to estimate the unknown inputs of heavy vehicle. These input...
In this paper, an experimental validation of vertical forces estimation is presented. An original me...
In this paper, an experimental validation of vertical forces estimation is presented. An original me...
In this paper, an experimental validation of vertical forces estimation is presented. An original me...
In this paper, a new method is developed in order to estimate the road profile inputs of heavy vehic...
In this work, a new method is developed to estimate the unknown inputs of heavy vehicles. These inpu...
Title:3rd International Conference on Advances in Vehicle Control and Safety 2007 (AVCS'07) and 3rd ...
In this work, A new method is developed to estimate the unknown inputs of heavy vehicle. These input...
In this work, A new method is developed to estimate the unknown inputs of heavy vehicle. These input...
In this work, A new method is developed to estimate the unknown inputs of heavy vehicle. These input...
Title:3rd International Conference on Advances in Vehicle Control and Safety 2007 (AVCS'07) and 3rd ...
The aim of the presented work is to estimate the vertical forces of heavy vehicle and identify the u...
The aim of the presented work is to estimate the vertical forces of heavy vehicle and identify the u...
The aim of the presented work is to estimate the vertical forces of heavy vehicle and identify the u...
The impact forces are the vertical component of the road/tyre interface. These forces are important ...
In this work, a new method is developed to estimate the unknown inputs of heavy vehicle. These input...
In this paper, an experimental validation of vertical forces estimation is presented. An original me...
In this paper, an experimental validation of vertical forces estimation is presented. An original me...
In this paper, an experimental validation of vertical forces estimation is presented. An original me...
In this paper, a new method is developed in order to estimate the road profile inputs of heavy vehic...
In this work, a new method is developed to estimate the unknown inputs of heavy vehicles. These inpu...
Title:3rd International Conference on Advances in Vehicle Control and Safety 2007 (AVCS'07) and 3rd ...
In this work, A new method is developed to estimate the unknown inputs of heavy vehicle. These input...
In this work, A new method is developed to estimate the unknown inputs of heavy vehicle. These input...
In this work, A new method is developed to estimate the unknown inputs of heavy vehicle. These input...
Title:3rd International Conference on Advances in Vehicle Control and Safety 2007 (AVCS'07) and 3rd ...