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Autonomous car / Mobile robot


The Development of an Autonomous Field Transport Vehicle With an Active Vision System Takashi Gomi and Koichi Ide Applied AI Systems, Inc., 340 March Road, Suite 600, Kanata, Ontario, Canada, K2K 2E4
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Document Date: 2003-03-31 12:45:26

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File Size: 307,88 KB

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City

Minneapolis / Ottawa / Kosaka / Madison / Awaji / Kanata / /

Company

Matozaki Construction Co. Ltd. / AAI Japan Inc. / World Scientific / Koichi Ide Applied AI Systems Inc. / /

Country

Malaysia / Japan / Canada / /

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Facility

National University of Singapore / University of Waterloo / Fukui University / IR communication system / /

IndustryTerm

software improvements / unstable image processing system / construction site / real world applications / conventional control systems / vision processor / main processing board / software-driven process / faster vision processor / non-vision processing / software structure / Sturdy hard rubber bumpers / onboard processing system / low-level protocols / Vision systems / actual construction site / electronics / road construction site / color segmentation algorithm / stable outdoor communications / improved vision processor / digital signal processing / /

Organization

National University of Singapore / Fukui University in Japan / University of Waterloo in Canada / Computational Intelligence / US Federal Reserve / IR / /

Person

Akira Matsumoto / Patrick Maheral / Brian Koh / Takashi Gomi / Euhan Chong / Fumio Tsukada / Robert McConnell / /

Position

straight forward / Office Messenger / construction worker / commander / /

ProvinceOrState

Wisconsin / Minnesota / Akita Prefecture / Ontario / /

Technology

faster vision processor / image processing system / color segmentation algorithm / Assistive Technology / vision processor / TI C31 DSP chip / improved vision processor / artificial intelligence / low-level protocols / DSP / Parallel Processing / /

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