1. Force feedback interfaces for teleoperation and virtual reality
1.1 Teleoperation with force feedback
Human beings cannot intervene directly in hostile environments (nuclear industry, space, deep offshore, etc.). The use of dedicated protective equipment (e.g. diving suits) may be a partial solution, but it does not solve all the problems. For some operations, robots are required. This is also the case when humans wish to perform tasks in environments inaccessible on their own scale (minimally invasive surgery, microsurgery, handling micro- and nano-objects, etc.). However, despite recent advances in artificial intelligence, these robots do not currently have sufficient capacity to adapt autonomously to the diversity of situations encountered and the variety of tasks to be carried out. What's needed, therefore, are solutions that enable them to...
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Force feedback interfaces for teleoperation and virtual reality
Bibliography
Standards and norms
- Postures et dimensions pour l'homme au travail sur machines et appareils [annulée le20 mai 2003] - NF X35-104 - Avril 1983
- Modèles anthropométriques de la population masculine et feminine [annulée le 5 juillet 2019] - X35-002 - Juillet 1982
Websites
Haption
https://www.haption.com/fr/products-fr.html
(page presenting force feedback interfaces, consulted in October 2020)
CyberGlove Systems, CyberGrasp
...Directory
University of Tsukuba, VR Lab
http://eva.vrlab.esys.tsukuba.ac.jp/
(consulted August 2020)
Software
CATIA V5R10 software
Toolbox Ergonomic design and analysis
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