| Document Date: 2010-09-15 18:57:18
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City Manchester / Hamilton / Christchurch / Hmm / New York / / Company ACM Press / Intel / Microsoft / / Country United States / New Zealand / / Facility Recognised bridge / Bridge Builder / University of Canterbury / Open Computer Vision Library / / IndustryTerm input device / improved parallel thinning algorithm / polygonal approximation algorithm / paper several possible algorithms / crude vectorisation algorithm / possible solution / selection tool / computer vision algorithm / hybrid solution / real time / final algorithm / hybrid algorithm / post-processing / vectorisation algorithm / presented hybrid algorithm / parallel algorithm / skeletonisation algorithms / stable real-time recognition / input devices / / Organization University of Canterbury / / Position Physics Illustrator / player / / ProgrammingLanguage C++ / / Technology skeletonisation algorithms / Remote Sensing / computer vision algorithm / Hough algorithm / hybrid algorithm / proposed algorithm / thinning algorithm / crude vectorisation algorithm / clustering algorithm / polygonal approximation algorithm / http / vectorisation algorithm / final algorithm / simulation / presented hybrid algorithm / html / improved parallel thinning algorithm / presented algorithm / / URL www.chroniclogic.com / http /
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F. Petzold, J. Pfeil, C. Riechert, R. Green, ‘AR Bridge Builder: Real-Time Vectorisation of Freehand Sketched Structures for an AR Application’, Proceedings of Image and Vision Computing New Zealand 2007, pp. 192–1