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Wireless networking / Vehicular communication systems / Intelligent transportation system / Vehicular ad-hoc network / Automobile safety / Collision avoidance system / Traffic / Dedicated short-range communications / Simulation / Transport / Land transport / Road transport


Proceedings of the 16th International IEEE Annual Conference on Intelligent Transportation Systems (ITSC 2013), The Hague, The Netherlands, October 6-9, 2013 TuD4.5
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Document Date: 2013-10-22 08:42:31


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File Size: 322,66 KB

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City

MATHLAB / The Hague / London / /

Company

BMW / IEEE 1747 Travel / Hillenbrand / Ubiquitous Systems / Real Time Multisensor Advanced Prototyping Software / Intelligent Transportation Systems / /

Country

Netherlands / Italy / Canada / /

Currency

pence / USD / /

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Facility

Western University / /

IndustryTerm

short range wireless communications / travel time amount / road network / street travel time / travel route / wireless protocols / travel time information / overall travel time / decision making algorithm / inter-vehicle communication applications / wireless messages / traffic leading applications / real-time interaction / sensor-based collision mitigation systems / vehicle-to-vehicle communication protocol / communication protocol / wireless network simulation tool / vision-based collision avoidance systems / data dissemination using car-tocar communication / collision avoidance systems / proposed rerouting algorithms / wireless ad-hoc communication / cooperative collision warning systems / coupled network / average travel time / collision avoidance applications / traffic network / wireless communication protocols / ad hoc networks / wireless communication hardware / wireless message / collision warning systems / cooperative safety systems / communication hardware / driver assistant device / car-tocar communication / realistic network / travel time / joint rate-power control algorithm / travel times / city network / car-to-car messaging / driver assistance systems / information using wireless communication / vehicular systems / road network simulation tool / ad-hoc wireless network / local travel time information / real-time vehicle-tovehicle warning message distribution applications / statistical decision making algorithm / assistance systems / behavioral analysis applications / transportation system / wireless communication / wireless simulator / /

NaturalFeature

Control Channel / /

Organization

Computer Science Department / Western University / Society of Automotive Engineering SAE / Natural Sciences and Engineering Research Council of Canada / /

Person

Michael A. Bauer / Steven Beauchemin / /

Position

driver / assistant / driver for each vehicle / /

Product

SUMO / /

ProgrammingLanguage

Hoc / /

ProvinceOrState

M. B. / Ontario / /

Technology

vehicle communication protocol / proposed rerouting algorithms / vehicle-to-vehicle communication protocol / API / GPS / Microwave / simulation system / Quality of Service / statistical decision making algorithm / Dijkstra algorithm / Vehicle-tovehicle wireless communication protocols / Mobile Computing / wireless protocols / simulation / decision making algorithm / joint rate-power control algorithm / DSRC protocol / /

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