Back to Results
First PageMeta Content
Vehicle infrastructure integration / Dedicated short-range communications / Intelligent transportation system / Variable-message sign / Traffic / Partners for Advanced Transit and Highways / Vehicular ad-hoc network / Platoon / Driving side / Transport / Land transport / Road transport


Document Date: 2014-09-10 18:42:01

Open Document

File Size: 2,89 MB

Share Result on Facebook

City

Cleveland / Developing Case / Orlando / Palo Alto / Report / /

Company

Sensys Networks / Automated Highway Systems / Roadway Cooperative Safety Systems / U.C. Berkeley Visual Detection Laboratory / 3M / Detector Technologies / Berkeley Highway Laboratory / Crash Avoidance Metrics Partnership / BMW Solutions / Ford / Cooperative Intersection Collision Avoidance Systems / DaimlerChrysler / Crash Avoidance Systems / Intelligent Transportation Systems / /

Country

United States / /

Event

Product Issues / FDA Phase / Business Partnership / Product Recall / Environmental Issue / /

Facility

Virginia Tech Transportation Institute / Highway Safety / San Francisco Airport / Berkeley Highway Laboratory / University of California / Daniel Greenhouse / Richmond Field Station / Institute of Transportation Studies Publications Office University of California / Real-Time Freeway / University of Minnesota / U.C. Berkeley Visual Detection Laboratory / Khoi Nguyen Visual Detection Laboratory University of California / /

/

IndustryTerm

traffic detection systems / car traveling / transportation / transportation safety / wireless communications / cabinet equipment / intersection infrastructure / roadway infrastructure / infrastructure-vehicle wireless communication capabilities / intersection traffic control devices / in-car display / energy consumption / highway management / traffic control devices / conventional traffic control applications / vehicleroadside communications / in-vehicle systems / cooperative systems / on-board driver-assist systems / vehicle manufacturers / wireless channel / cooperative active safety warning systems / principle enabling technology / radar systems / in-car vol. / slip differential systems / wireless interaction / larger scale applications / vehicle-roadside cooperative systems / travel benefits / cooperative safety applications / detection technologies / road systems / in-vehicle travel information / real-time wireless link emulating / traffic controller cabinet equipment / backhaul communications / active safety systems / Wireless antenna / video image processing detectors / /

OperatingSystem

VMS / /

Organization

University of California / National Transportation Center / Metropolitan Transportation Commission / United States Department of Transportation Systems Joint Program office / PATH’s mission / Roadside Unit / U.C. Berkeley Traffic Safety Center / ITS World Congress / Traffic Management Center / Virginia Tech Transportation Institute / California Department of Transportation / US Department of Transportation / University of Minnesota / /

Person

Hong S. Bae / Mel Siegal / Daniel Lyddy / Rick Halvorsen / G. Ritchie Seri Park Cheol Oh / Michael Zhang / Sing Yiu Cheung / Joy Dahlgren / Benjamin Coifman / Adolf May / Matthew Barth / James A. Misener / James A. Misener California / Susan Shaheen / Chin-Woo Tan / Rachel S. Finson / Phyllis Orrick / Theodore Younglove / Patrick McDonough / D. Lewis Mingori / Chuck Thorpe / Caroline Rodier / Raja Sengupta / James Misener / Stephen G. Ritchie / Cynthia McCormick / Jason L. Speyer / Shin-Ting (Cindy) Jeng / Ron Hearne / Asad Khattak / Ashkan Sharafsaleh / J. Christian Gerdes / Larry S. Englisher / Aaron Steinfeld / Andre Tok / Chao Chen / Deepa Batni / Park Cheol Oh Shin-Ting (Cindy) / Shin-Ting (Cindy) Jeng Yeow Chern Andre Tok / Mark A. Miller / Natalia Kourjanskaia / Jerry Woll / Pravin Varaiya / George Scora / Robert Ferlis / Cheol Oh / Joe Perkowski / Betsy Morris / Gabriel C.Gomes / Kenneth P. Laberteaux / AMBER ALERT CALL CHP / Steven E. Shladover / Tony K. Mak / Alex Skabardonis / Roberto Horowitz / Henry X. Liu / Jacob Tsao / Bruce Kaplan / S. Jacob Tsao / James Bret Micheal / Lan Zhang / Lin Lin / Robert H. Chen / Douglass B. Lee / Jr. / Laura Muñoz / /

/

Position

The Naturalistic Driver / driver / Fuel Consumption Model / traffic controller / message designer / Controller / /

Product

Transit / messages / Ford Taurus / PRR-2005-7 / Sensor Networks / HS-809-453 / /

ProvinceOrState

Ohio / Minnesota / Caltrans District / /

Region

Northern California / /

Technology

principle enabling technology / IDS technologies / alternative detection technologies / wireless communications / GPS / image processing / simulation / /

URL

http /

SocialTag