IBM / Figure 1 / Rockwell / Loral Federal Systems / Freeway Traffic Management Systems / Redistributor / /
Facility
Highway Capacity / University of Washington Det / F.L Hall / F.L. Hall / Freeway Operations / University of Washington Dept. / Freeway Surveillance / / /
IndustryTerm
network-wide transport protocol / data stream from that technology / analytical fusion algorithm / principle devices / distributed computing application / large / parallel computing platforms / transmission control protocol/internet / software components / sensor technology / Wireless Environment D. / mean car length / data-generating technology / linear filter solution / Sensor technologies / present algorithm / wireless carrier / wireless delivery devices / communications architecture / data fusion algorithm / travel times / car radio / wireless multimodal traveler information systems / traffic management systems / transport layer services / /
Organization
County Department of Transportation / World Congress / Washington State Department of Transportation / University of Washington Det / University of Washington Dept. of Technical Communication / /
Person
David Brown / Harold J. Payne / Stephen L. Cohen / Edward Arnold / / /
Position
METRO AVL WSDOT Sensors TMSUW Loops_Forward / Wireless Environment D. J. Dailey Assistant / H. Xu Research Assistant / Professor and Chairman / Assistant Professor / /
Product
Pentax K-x Digital Camera / Pk1 / SWIFT / /
ProvinceOrState
Washington / Florida / /
PublishedMedium
the ITS Journal / /
RadioStation
BusView BusView FM / /
Technology
present algorithm / specific data fusion algorithm / specific algorithm / network-wide transport protocol / sensor technology / analytical fusion algorithm / operating systems / tcp/ip / transmission control protocol/internet protocol / Sensor technologies / DATA FUSION ALGORITHM / data-generating technology / /
Paper presented at the Third World Congress on Intelligent Transport Systems, October 14-18, 1996, Orlando, Florida. Data Fusion for Multimodal Traveler Information in a Wireless Environment D. J. Dailey