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Videotelephony / Marketing / Quality of experience / Codecs / Digital television / Computing / Artificial neural network / Voice over IP / Video quality / Electronics / Computational neuroscience / Electronic engineering


QoE Estimation Models for Tele-immersive Applications Narasimha Raghavan Veeraragavan∗ , Hein Meling† , and Roman Vitenberg∗ ∗ Department † Department
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Document Date: 2014-11-29 05:01:28


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City

Champaign / New York / /

Company

Neural Networks / 3rd Multimedia Systems / B. Optimal Delay Group / C. Optimal Synchronization Group / Interoperable Systems / Wolfram Research Inc / /

Country

United States / /

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Facility

World Opera / University of Oslo / University of Stavanger / /

IndustryTerm

tele-immersive applications / home network / client-side hardware / distributed interactive multimedia applications / media streams / software problems / interactive voice applications / video-telephony applications / distinct tele-immersive applications / adaptable and dependable solutions / real-time interactive video-conferencing applications / media samples / dedicated high reliable networks / narrowband telephone networks / interactive multimedia applications / resource management / bandwidth networks / delay / computing / collaborative gaming applications / computer technology / teleimmersive applications / real-time monitoring / similar services / multimedia applications / /

Organization

University of Stavanger / United Nations / Comprehensive Foundation / World Opera / Department of Informatics / University of Oslo / /

Person

Roman Vitenberg / Narasimha Raghavan Veeraragavan / /

Position

opinion model for video-telephony applications / system administrator / administrator / representative / /

Product

Mathematica / QoE / /

ProvinceOrState

Illinois / /

Technology

home network / neural network / Quality of Service / computer technology / VOIP / /

SocialTag