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» A CBR System for Autonomous Robot Navigation
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ICRA
1994
IEEE
96views Robotics» more  ICRA 1994»
13 years 11 months ago
The CLAPPER: A Dual-Drive Mobile Robot with Internal Correction of Dead-Reckoning Errors
This paper presents a new approach to accurate and reliable dead-reckoning with mobile robots. The approach makes use of special properties of our recently developed Multi-Degreeo...
Johann Borenstein
ICRA
2005
IEEE
106views Robotics» more  ICRA 2005»
14 years 1 months ago
Towards Topological Exploration of Abandoned Mines
— The need for reliable maps of subterranean spaces too hazardous for humans to occupy has motivated the use of robotic technology as mapping tools. As such, we present a systemi...
Aaron Morris, David Silver, David I. Ferguson, Sco...
SMC
2007
IEEE
125views Control Systems» more  SMC 2007»
14 years 1 months ago
A hierarchical strategy for learning of robot walking strategies in natural terrain environments
– In this paper, we present a hierarchical methodology that learns new walking gaits autonomously while operating in an uncharted environment, such as on the Mars planetary surfa...
Ayanna M. Howard, Lonnie T. Parker
ICRA
2010
IEEE
159views Robotics» more  ICRA 2010»
13 years 6 months ago
Navigation and control of the Nereus hybrid underwater vehicle for global ocean science to 10, 903 m depth: Preliminary results
— This paper reports an overview of the navigation and control system design for the new Nereus hybrid underwater robotic vehicle (HROV). Vehicle performance during its first se...
Louis L. Whitcomb, Michael V. Jakuba, James C. Kin...
IROS
2008
IEEE
171views Robotics» more  IROS 2008»
14 years 1 months ago
Motion planning in urban environments: Part I
— We present the motion planning framework for an autonomous vehicle navigating through urban environments. Such environments present a number of motion planning challenges, incl...
Dave Ferguson, Thomas M. Howard, Maxim Likhachev