 |
MoFTaG - Model-free flexible trajectory generation The ever increasing demand for just-in time and custom-tailored production calls for fast and flexible reconfigurable work cells and...
[Last edited
Oct 17, 2013
]
|
|
SPEAKY - SPEAKY for Robots SPEAKY for Robots (S4R) aims at fostering the definition and deployment of voice user interfaces (VUIs) in robotic applications where human-robot interaction...
[Last edited
Oct 17, 2013
]
|
|
ERICA - Evaluating human-robot interaction and cooperation based on analysis of 3D image sequences The ERICA experiment has the goal to achieve safe human-robot-cooperation and to advance...
[Last edited
Oct 30, 2013
]
|
|
FREE - Flexible and safe interactive human-robot environment for small batch exacting applications FREE addresses the sector of small batch production where manual work is still the...
[Last edited
Oct 30, 2013
]
|
|
AssRob Tool Instrumentor - Semi-autonomous surgical tool Instrumentor for robot co-workers in hip-surgery The main innovation of the AssRob Tool Instrumentor experiment is to create a...
[Last edited
Oct 30, 2013
]
|
|
PsyIntEC - Psychophysiological interaction and empathetic cognition for human-robot cooperative work PsyIntEC is a feasibility demonstration project targeting safe ergonomic and empathetic...
[Last edited
Oct 31, 2013
]
|
|
MUCE - Modular underwater cleaning equipment There are three partners in the MUCE experiment. WEDA is a market leading producer of professional pool cleaners. KTH is the academic partner...
[Last edited
Nov 12, 2013
]
|
|
KOMPEYE - Enhancing the visual perception capabilities of Kompaï robot using parallel processing Robots could be the perfect home employees as they can work without a break and without...
[Last edited
Nov 19, 2013
]
|
|
RIVERWATCH - Cooperating robots for monitoring of riverine environments RIVERWATCH aims at the development of an autonomous multi-robot system for ecological monitoring of riverine...
[Last edited
Nov 20, 2013
]
|
|
OMNIWORKS - Omnidirectional vision for human-UAV co-working OMNIWORKS involves 3 partners with widely experience in visual algorithms and control of Aerial Vehicles (UPM-CVG), developing...
[Last edited
Nov 26, 2013
]
|
