In this thesis, we achieved the development of a robotic system to reproduce in laboratory all the disturbances undergone by a human subject in public transport in order to make an analysis of postural balance. Reproductive simulated disturbances in laboratory require developing a dynamic platform unconstrained in its movement. Analysis of postural balance also requires the development of an inverted pendulum model to define quantitative indices of stability and to make comparative and statistical analysis. According the objectives of this research work, we realized a compact omnidirectional mobile platform capable of supporting a weight of about 120kg. This platform gives the subject placed on it a better perception of comfort and safety. ...
Balance is an ability that every person has and uses in normal daily life, to walk, run, stand, danc...
La perte d'équilibre chez l'humain est un phénomène courant de la vie quotidienne. Plusieurs causes ...
In this paper, our research team proposes an inexpensive open vibration platform built from easily a...
In this thesis, we achieved the development of a robotic system to reproduce in laboratory all the d...
Dans ce travail de thèse, nous nous sommes consacrés au développement d’un système robotique permett...
Balance recovery mechanisms are of paramount importance in situations like public transport where su...
The object of the present study is to analyze the postural balance of an individual when subjected t...
Les troubles d’équilibres représentent un problème de santé publique car ils touchent à la mobilité ...
Some specific health needs contributed to the development of the work presented here, especially in ...
Loss of balance is a common phenomenon in our society resulting in injuries and even deaths each yea...
Certains besoins de santé spécifiques ont contribué au développement du travail présenté ici, en par...
This study deals with the safety of standing passengers in guided public transportation systems. The...
Big walking robots are complex multi-joints mechanical systems which crystallize the human will to c...
Loss of balance is a common phenomenon in our society resulting in injuries and even deaths each yea...
Balance is an ability that every person has and uses in normal daily life, to walk, run, stand, danc...
Balance is an ability that every person has and uses in normal daily life, to walk, run, stand, danc...
La perte d'équilibre chez l'humain est un phénomène courant de la vie quotidienne. Plusieurs causes ...
In this paper, our research team proposes an inexpensive open vibration platform built from easily a...
In this thesis, we achieved the development of a robotic system to reproduce in laboratory all the d...
Dans ce travail de thèse, nous nous sommes consacrés au développement d’un système robotique permett...
Balance recovery mechanisms are of paramount importance in situations like public transport where su...
The object of the present study is to analyze the postural balance of an individual when subjected t...
Les troubles d’équilibres représentent un problème de santé publique car ils touchent à la mobilité ...
Some specific health needs contributed to the development of the work presented here, especially in ...
Loss of balance is a common phenomenon in our society resulting in injuries and even deaths each yea...
Certains besoins de santé spécifiques ont contribué au développement du travail présenté ici, en par...
This study deals with the safety of standing passengers in guided public transportation systems. The...
Big walking robots are complex multi-joints mechanical systems which crystallize the human will to c...
Loss of balance is a common phenomenon in our society resulting in injuries and even deaths each yea...
Balance is an ability that every person has and uses in normal daily life, to walk, run, stand, danc...
Balance is an ability that every person has and uses in normal daily life, to walk, run, stand, danc...
La perte d'équilibre chez l'humain est un phénomène courant de la vie quotidienne. Plusieurs causes ...
In this paper, our research team proposes an inexpensive open vibration platform built from easily a...