Animation of 3D Avatars for Rehabilitation of the Upper Limbs

The paper presents a 3D Virtual Environment (VE) for neurorehabilitation of the upper limb. Patients move one of their arms trying to simulate concrete daily actions, such as grasping a bottle, opening a door or putting a book on a shelve. They wear a special garment that integrates four inertial se...

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Vydáno v:2011 3rd International Conference on Games and Virtual Worlds for Serious Applications s. 168 - 171
Hlavní autoři: Moya, S., Grau, S., Tost, D., Campeny, R., Ruiz, M.
Médium: Konferenční příspěvek Publikace
Jazyk:angličtina
Vydáno: IEEE 01.05.2011
IEEE Computer Society Publications
Témata:
Animation
Avatars
Exercici terapèutic
Games
Informàtica
Programes d'ordinador
Sensors
serious games
Three dimensional displays
upper limbs
virtual rehabilitation
Visualització tridimensional (Informàtica)
Wrist
Àrees temàtiques de la UPC
ISBN:1457703165, 9781457703164
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Abstract The paper presents a 3D Virtual Environment (VE) for neurorehabilitation of the upper limb. Patients move one of their arms trying to simulate concrete daily actions, such as grasping a bottle, opening a door or putting a book on a shelve. They wear a special garment that integrates four inertial sensors providing in real time information on the orientation of the patient's shoulder, elbow and wrist. The VE is a complete scenario integrating all the objects needed to perform virtually the actions simulated by the patients. In the VE, patients are represented by 3D avatars that, using the data provided by the inertial sensors, reproduce in real time their arm movements. Since only the arm movement is monitorized, but neither the hand nor the trunk and the neck, the system must combine real movements with baked animations in order to show a realistic behavior of the 3D avatar. Moreover, it must take into account collisions between the 3D avatar and the virtual objects. Finally, it must detect when the patient is about to simulate an interaction with an object in order to realize it virtually. We describe the strategies that we have designed to provide these functionalities.
AbstractList The paper presents a 3D Virtual Environment (VE) for neurorehabilitation of the upper limb. Patients move one of their arms trying to simulate concrete daily actions, such as grasping a bottle, opening a door or putting a book on a shelve. They wear a special garment that integrates four inertial sensors providing in real time information on the orientation of the patient's shoulder, elbow and wrist. The VE is a complete scenario integrating all the objects needed to perform virtually the actions simulated by the patients. In the VE, patients are represented by 3D avatars that, using the data provided by the inertial sensors, reproduce in real time their arm movements. Since only the arm movement is monitorized, but neither the hand nor the trunk and the neck, the system must combine real movements with baked animations in order to show a realistic behavior of the 3D avatar. Moreover, it must take into account collisions between the 3D avatar and the virtual objects. Finally, it must detect when the patient is about to simulate an interaction with an object in order to realize it virtually. We describe the strategies that we have designed to provide these functionalities.
The paper presents a 3D Virtual Environment (VE) for neurorehabilitation of the upper limb. Patients move one of their arms trying to simulate concrete daily actions, such as grasping a bottle, opening a door or putting a book on a shelve. They wear a special garment that integrates four inertial sensors providing in real time information on the orientation of the patient’s shoulder, elbow and wrist. The VE is a complete scenario integrating all the objects needed to perform virtually the actions simulated by the patients. In the VE, patients are represented by 3D avatars that, using the data provided by the inertial sensors, reproduce in real time their arm movements. Since only the arm movement is monitorized, but neither the hand nor the trunk and the neck, the system must combine real movements with baked animations in order to show a realistic behavior of the 3D avatar. Moreover, it must take into account collisions between the 3D avatar and the virtual objects. Finally, it must detect when the patient is about to simulate an interaction with an object in order to realize it virtually. We describe the strategies that we have designed to provide these functionalities. Peer Reviewed
Author Tost, D.
Campeny, R.
Moya, S.
Grau, S.
Ruiz, M.
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  surname: Moya
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  email: mruiz@lsi.upc.edu
  organization: CREB-IG, Polytech. Univ. of Catalonia, Barcelona, Spain
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Snippet The paper presents a 3D Virtual Environment (VE) for neurorehabilitation of the upper limb. Patients move one of their arms trying to simulate concrete daily...
The paper presents a 3D Virtual Environment (VE) for neurorehabilitation of the upper limb. Patients move one of their arms trying to simulate concrete daily...
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StartPage 168
SubjectTerms Animation
Avatars
Exercici terapèutic
Games
Informàtica
Programes d'ordinador
Sensors
serious games
Three dimensional displays
upper limbs
virtual rehabilitation
Visualització tridimensional (Informàtica)
Wrist
Àrees temàtiques de la UPC
Title Animation of 3D Avatars for Rehabilitation of the Upper Limbs
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