%0 Report %1 TDP2005 %A Surmann, H. %A Lingemann, K. %A Nüchter, A. %A Hennig, M. %A Pervölz, K. %A Wulf, O. %A Hertzberg, J. %A Wagner, B. %A Christaller, T. %C Osaka, Japan %D 2005 %K imported %T RoboCupRescue - Robot League Team, Team Deutschland1 %U https://robotik.informatik.uni-wuerzburg.de/telematics/download/rr2005-team-deutschland1.pdf %X After the second place in RoboCup Rescue 2004, a new version of the mobile robot Kurt3D was developed in our groups during the last year 1. The key innovation of this system lies in the capability for autonomous or operator-assisted 6D SLAM (simultaneous localization and mapping) and 3D map generation of natural scenes. Hence, Kurt3D already meets the basic requirement regarding urban search and rescue. For the rescue robot league competition, it is additionally configured with dedicated state-of-the-art equipment e.g. infrared camera and CO2sensor. The robot and the operator station are rather compact and easy to set up. The operator uses a joystick as a remote control for the robot and can watch a live video of the scene where the robot drives. Data are transmitted via wireless LAN. A 3D laser scanner, which is mounted on an outdoor variant of Kurt3D, is used as the main sensor for map generation as well as for navigation and localization. The whole system has been used with a proven record of success for different tasks of map building, so that we are confident of managing the rescue robot league competition, too.

@techreport{TDP2005, abstract = {After the second place in RoboCup Rescue 2004, a new version of the mobile robot Kurt3D was developed in our groups during the last year [1]. The key innovation of this system lies in the capability for autonomous or operator-assisted 6D SLAM (simultaneous localization and mapping) and 3D map generation of natural scenes. Hence, Kurt3D already meets the basic requirement regarding urban search and rescue. For the rescue robot league competition, it is additionally configured with dedicated state-of-the-art equipment e.g. infrared camera and CO2sensor. The robot and the operator station are rather compact and easy to set up. The operator uses a joystick as a remote control for the robot and can watch a live video of the scene where the robot drives. Data are transmitted via wireless LAN. A 3D laser scanner, which is mounted on an outdoor variant of Kurt3D, is used as the main sensor for map generation as well as for navigation and localization. The whole system has been used with a proven record of success for different tasks of map building, so that we are confident of managing the rescue robot league competition, too. }, added-at = {2017-09-19T13:40:53.000+0200}, address = {Osaka, Japan}, author = {Surmann, H. and Lingemann, K. and N{\"u}chter, A. and Hennig, M. and Perv{\"o}lz, K. and Wulf, O. and Hertzberg, J. and Wagner, B. and Christaller, T.}, biburl = {https://www.bibsonomy.org/bibtex/2520ad9c8bb131639e41f851ecbe07c66/nuechter76}, institution = {Team Description Paper, Rescue Robot League Competition}, interhash = {ada2001f03f433dd077eeffe3f9cae9c}, intrahash = {520ad9c8bb131639e41f851ecbe07c66}, keywords = {imported}, month = {July}, timestamp = {2017-09-29T16:01:21.000+0200}, title = {{RoboCupRescue - Robot League Team, Team Deutschland1}}, url = {https://robotik.informatik.uni-wuerzburg.de/telematics/download/rr2005-team-deutschland1.pdf}, year = 2005 }