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RI | Research | Projects | Robust Navigation by Probabilistic Volumetric Sensing
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Robust Navigation by Probabilistic Volumetric Sensing This project is no longer active.
Head: Hans Moravec
Mailing address:
Associated center: FRC For more information, see this project's homepage.
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| Project Description |
Ours is a 100% effort to develop laboratory prototype sensor-based software for utility mobile robots for industrial transport, floor maintenance, security etc., that matches the months-between-error reliability of existing industrial robots without requiring their expensive worksite preparation or site-specific programming. Our machines will navigate employing a dense 3D awareness of their surroundings, be tolerant of route surprises, and be easily placed by ordinary workers in entirely new routes or work areas. The long-elusive combination of easy installation and reliability should greatly expand cost-effective niches for mobile robots, and make possible a growing market that can itself sustain further development.
| Past members |
| Name | Title | Email Address | |
| Scott Crosby | Research Programmer | ||
| Hans Moravec | Adjunct Faculty (Adjunct) | hpm@andrew.cmu.edu |