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Driving / Vehicle telematics / Traffic law / Traffic signals / Vehicular communication systems / Electric vehicle / IEEE 802.11p / Road traffic safety / Traffic light / Transport / Land transport / Road transport


D2.3.2 Detailed Technical Architecture per Pilot Site: Copenhagen (DK)
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Document Date: 2015-02-26 04:55:43


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City

Copenhagen / Verona / Newcastle / /

Company

Mermaid / Due / /

Country

Japan / United States / Denmark / /

Currency

pence / /

/

Event

Business Partnership / /

/

IndustryTerm

road operators / cross-pilot site / roadside systems / metro construction site / back-office infrastructure / software installations / vehicle detection systems / cooperative services / pilot site management / intelligent traffic management / test site / light rail systems / invehicle systems / in-vehicle systems / roadside infrastructure / traffic information systems / public transportation / increase energy efficiency / signal systems / remote management / local cooperative technology architecture / pilot site / /

NaturalFeature

Island Amager / /

OperatingSystem

VMS / /

Organization

European Commission / /

Person

Eric Koenders / J. Vreeswijk / /

/

Position

author / driver / Directorate General for Communications / Pilot site leader / General / traffic light controller / author Dissemination level Lead contractor / applications API Application Programming Interface BRT Bus Rapid Transit CAM Cooperative Awareness Message CAN Controller / /

ProgrammingLanguage

JavaScript / /

Technology

Back-Office roadside systems Back-Office invehicle systems Vehicle router RSU router / JSON / API / GPS / invehicle systems Vehicle router RSU router Vehicle router / 3G / /

SocialTag