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Wireless Media Streaming over IP-based In-Vehicle Networks Mehrnoush Rahmani and Martin Pfannenstein BMW Research and Technology, Munich, Germany
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Document Date: 2012-10-03 06:41:27

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File Size: 178,77 KB

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City

Paris / Munich / Detroit / Aveiro / New York / Venice / Los Angeles / /

Company

BMW Group / B. Considered Networks / Fieldbus Systems / Mobile Wireless Sensor Networks / Multiservice IP Networks / /

Country

Portugal / Germany / Italy / United States / Ireland / /

Currency

pence / /

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Event

Business Partnership / /

Facility

duplex Fast Ethernet / Trinity College / /

IndustryTerm

car occupants / video applications / daisy chain / wireless channels / network startup / work representing driver assistance sensor systems / real-time control data / considered wireless network / Wireless Communications / web browsing data / in-vehicle multimedia applications / lossy wireless channels / wired in-vehicle network / car equipments / loaded network / wireless technology / video processing time / automotive specific network technologies / wireless hosts / wireless communication / in-vehicle network / wireless channel / double star networks / wide band wireless technologies / driver assistance camera systems / audio and video applications / wireless clients / in-vehicle wireless channel / in-vehicle wireless channels / adequate media quality / wireless network / wireless networks / in-vehicle wireless communication / byte network / multicast technologies / larger and more complex networks / peripheral wireless network / video transmitting sensor systems / camera systems / considered in-vehicle networks / wireless multicast transmissions / automotive networks / in-vehicle communication network / electronics / broadband wireless technologies / driver assistance services / communication network / multimedia video applications / Wireless Media Streaming / network simulation tool / wireless receivers / /

MusicAlbum

Frame / /

MusicGroup

Ultra / /

NaturalFeature

WLAN channel / Video stream / Audio stream / Real-Time stream / Real-Time Audio stream / /

Organization

Universite Pierre / AUTOSAR Organization / Republican Party / WHost2 Processing Unit Processing Unit / Group Members Processing Unit / WHost2 Processing Unit / United Nations / Trinity College Dublin / /

Person

Alberto Sangiovanni-Vincentelli / Rainer Steffen / Giuseppe Giordano / Holger Kloess / Alex Fung / Sunghyun Choi / Vincent Roca / Ktawut Tappayuthpijarn / Mehrnoush Rahmani / Andreas Winckler / Sorin Cocorada / Vinod G. J. Peris / Ernst Biersack Eurecom / Richard Bogenberger / Vincenzo Santoro / Mohammad F. Alam / Kyunghun Jang / Fast Ethernet / Youngsoo Kim / Eckehard Steinbach / Iwao Sasase / Rajendran Rajan / Wolfgang Hintermaier / Francoise Simonot-Lion / Hans-Georg Frischkorn / Roch Gu´erin / Joachim Hillebrand / Mohammad A. Karim / John Heidemann / Marie Curie / Mohammad Atiquzzaman / Jong-Suk Ahn / Leonidas Georgiadis / Hyosun Hwang / Gilbert Elliot / Seung-Wook Hong / Sophia Antipolis / Martin Pfannenstein / /

Position

candidate for in-vehicle communication / driver / DVD AND DRIVER / introduced analytical model / packet drops can be excluded / model / Simulation Model Network performance analysis / DVD player / Controller / forward / /

ProgrammingLanguage

C++ / /

ProvinceOrState

New York / Michigan / /

PublishedMedium

Journal of Communications and Networks / IEEE Wireless Communications / /

Technology

multicast technologies / MPEG-2 / automotive specific network technologies / MPEG / adaptive FEC algorithm / API / MPEG-4 / 60th Vehicular Technology / Quality of Service / broadband wireless technologies / 802.11 technology / wide band wireless technologies / Full-duplex / Broadband / Fast Ethernet / Wireless Communications / MTU / MP3 / wireless technology / UDP / image processing / Ethernet / WLAN technology / WLAN / video conferencing / simulation / VOIP / /

URL

http /

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