The objective of this work is to study the contribution of force feedback to human-computer interaction. It consisted of determining the conditions in which the instrumental interaction is the most powerful, considering the features and the constraints of the task. One of the aims was the study of the geometry influence of the mechanical design of the force feedback device on the user performances. Different current taxonomies are presented. We define a taxonomy to characterise interfaces with kinaesthetic, tactile and proprioception feedback. In particular, we study the human user during instrumental actions. With the concept of anamorphosis, we implement a methodology outline in order to establish measure criteria of the user performances...
The work described in this document deals with the problem of human-haptic system dynamic coupling. ...
Force feedback provides users with haptic information, relative to the sense of touch. This work foc...
The human sense of touch is of fundamental importance in the way we perceive our environment, move o...
Philippe Coiffet (rapporteur) Jean-pierre Jessel (rapporteur) Sabine Coquillart (examinatrice) Augus...
The enhancement of computer tools becomes more dependent on the improvement and development of new h...
Physical interactions involve highly dexterous movements and exchanges of diverse information. Numer...
Les interactions physiques comportent divers gestes dextres et sont sources d’échanges d’information...
Force feedback haptic interfaces are robotic devices which are able to produce forces for the user i...
Les interfaces haptiques à retour d’effort sont des dispositifs robotiques capables deproduire des f...
A haptic interface is developed to provide the force feedback in human-scale virtual environments. T...
Force feedback interfaces are robotic systems allowing natural motion interactions with virtual or r...
Dans le domaine de la réalité virtuelle, la mise en situation écologique des utilisateurs nécessite ...
Teleoperation opens up new possibilities for interaction with the micro-world. Adequate systems make...
The dynamic of the gesture isn't used a lot in the domain of human-computer interaction, while it ca...
International audienceThis paper presents a prototype of a hands-on immersive peripheral device for ...
The work described in this document deals with the problem of human-haptic system dynamic coupling. ...
Force feedback provides users with haptic information, relative to the sense of touch. This work foc...
The human sense of touch is of fundamental importance in the way we perceive our environment, move o...
Philippe Coiffet (rapporteur) Jean-pierre Jessel (rapporteur) Sabine Coquillart (examinatrice) Augus...
The enhancement of computer tools becomes more dependent on the improvement and development of new h...
Physical interactions involve highly dexterous movements and exchanges of diverse information. Numer...
Les interactions physiques comportent divers gestes dextres et sont sources d’échanges d’information...
Force feedback haptic interfaces are robotic devices which are able to produce forces for the user i...
Les interfaces haptiques à retour d’effort sont des dispositifs robotiques capables deproduire des f...
A haptic interface is developed to provide the force feedback in human-scale virtual environments. T...
Force feedback interfaces are robotic systems allowing natural motion interactions with virtual or r...
Dans le domaine de la réalité virtuelle, la mise en situation écologique des utilisateurs nécessite ...
Teleoperation opens up new possibilities for interaction with the micro-world. Adequate systems make...
The dynamic of the gesture isn't used a lot in the domain of human-computer interaction, while it ca...
International audienceThis paper presents a prototype of a hands-on immersive peripheral device for ...
The work described in this document deals with the problem of human-haptic system dynamic coupling. ...
Force feedback provides users with haptic information, relative to the sense of touch. This work foc...
The human sense of touch is of fundamental importance in the way we perceive our environment, move o...