| Document Date: 2014-03-11 07:06:31
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City Berlin / Cambridge / New York / / Company Neural Information Processing Systems / Yamaha / Autonomous Systems / MIT Press / UK Bristol Robotics Laboratory / IEEE Intl / / Country Jordan / / / Facility Computer Science University of Bristol / VLFeat library / / IndustryTerm visual data visual data descriptors descriptor energy motion / tailored mechanical solution / computer vision algorithms / image processing / good landing site / indoor emergency response applications / online learning / nearest neighbour search / flight control infrastructure / energy / / Organization MIT / Computer Science University of Bristol / / Person Kieran Wood / Andrew Calway / Walterio Mayol-Cuevas / Visual Texture John Bartholomew / / Position Prime Minister / General / / ProgrammingLanguage RC / / PublishedMedium ACM Transactions on Graphics / / Technology computer vision algorithms / machine vision / Neural Network / JPEG / GPS / laptop computer / simulation / image processing / Wi-Fi / PDF / Gigabit Ethernet / / URL http /
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Predicting Micro Air Vehicle Landing Behaviour from Visual Texture John Bartholomew, Andrew Calway and Walterio Mayol-Cuevas {jpab,andrew,walterio}@cs.bris.ac.uk Department of Computer Science University of Bristol, UK B