San Francisco / Edmonton / Minneapolis / Montreal / Ottawa / Halifax / Washington / DC / Atlanta / Roma / Sendai / San Diego / Robotics / /
Company
MIT Press / BT / ACM Press / 11th IEEE Intelligent Autonomous Systems / Intel / Reno NV / /
Country
Italy / Japan / United States / Canada / / /
Facility
University of Nevada / Robotics Institute / Carnegie-Mellon University / /
IndustryTerm
navigation systems / assistive devices / model-group switching algorithm / hand-held devices / Online Localization / real-time assissment / portable devices / localization tools / wireless ethernet / indoor navigation systems / online process / personal navigation systems / outlier detection algorithm / autonomous intelligent systems / metal structures / computerized travel aid / k-means algorithm / probabilistic tools / open source software library / neighbor flooding algorithm / online execution / outdoor navigation systems / robot localization solutions / Wireless nodes / physical infrastructure / online algorithms / ubiquitous infrastructure / using wireless ethernet / /
OperatingSystem
Android / /
Organization
National Science Foundation / Medicine and Biology Society / MIT / Department of Computer Science and Engineering / Centre for Intelligent Machines / Robotics Institute / University of Nevada / Reno / Carnegie-Mellon University / /
Person
N. J. Gordon / Navid Fallah / C. A. Groen / P. Van Dorp / /
Position
appropriate transition model for the user / Corresponding author / D. J. / /