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Robot / Motion planning / Technology / Rover / Transport / Humanoid robot / Simultaneous localization and mapping / Mobile robot / Autonomous robot / Robotics


Mobile Robot Navigation Using Active Vision Andrew John Davison Keble College
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Document Date: 2005-08-22 10:45:35


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File Size: 3,78 MB

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City

Automatic Position / Jochen / Oxford / /

Company

Electrotechnical Laboratory / Robotics Research Group / /

Country

Japan / /

Facility

University of Oxford / Engineering Science University of Oxford Submitted February / Map Building / Carnegie Mellon University / /

IndustryTerm

navigation systems / real-world applications / map building algorithms / navigation algorithms / obvious solution / genetic algorithms / profile systems / free-space detection algorithm / human operator / artificial neural networks / biological navigation systems / overall algorithm / robot hardware / real-time implementation / satellite beacons / /

OperatingSystem

Linux / /

Organization

NASA Pathfinder Mission / MIT / Active Vision Lab / Carnegie Mellon University / Head Centre / Engineering Science University / Group Department / Department of Engineering Science / University of Oxford / /

Person

Ali / Vic / Alex Nairac / Andrew John Davison / Dave / Jon / Nicky / Louise / Ian Reid / David Murray / Stephan / Maidstone Alex / Rebecca / Clare / David Lee / Amir / Naomi / Alison / Tim / Joji / Raja / /

/

Position

stereo active head / supervisor / Active Head / /

Product

GTI / /

ProvinceOrState

Delaware / /

Technology

laser / map building algorithms / lasers / navigation algorithms / Linux / GPS / Localisation Algorithm / 8-Point Algorithm / Operating System / free-space detection algorithm / /

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