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Teletraffic / Stochastic processes / Markov models / Traffic generation model / Traffic flow / IEEE 802.16 / Poisson process / IEEE 802 / Discretization / Statistics / Queueing theory / Markov processes


Practical Traffic Generation Model for Wireless Networks Sergey Andreev1 , Alexey Anisimov2 , Yevgeni Koucheryavy1 , and Andrey Turlikov3 Tampere University of Technology1 (TUT), FINLAND
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Document Date: 2012-09-07 15:24:06


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File Size: 266,33 KB

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City

Reading / /

Company

Lawrence Berkeley Labs / Motorola / /

Country

Finland / /

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Facility

Andrey Turlikov3 Tampere University of Technology1 / State University of Aerospace Instrumentation3 / /

IndustryTerm

wireless system simulation / telecommunication services / video applications / layer collision resolution algorithms / Internet traffic / real-world networking technologies / Wireless Advanced Networking / wireless network / real-world communication systems / individual subscriber Internet scenario / realistic networking traffic / Wireless Access Systems / wireless communications / wireless environment / metropolitan area networks / wireless communication networks / particular upper layer protocols / wireless communication systems / Wireless Networks / actual networking standards / /

Organization

Russian Academy of Sciences / University of Aerospace Instrumentation3 / Anisimov2 / Yevgeni Koucheryavy1 / and Andrey Turlikov3 Tampere University of Technology1 / Russian Foundation for Basic Research / /

Person

Markov Modulated Poisson / /

Position

author / General / /

ProvinceOrState

Ontario / /

Technology

Ethernet / networking technologies / Peer-to-peer / wireless communications / Broadband Wireless Access / particular upper layer protocols / MPEG-4 / MAC layer collision resolution algorithms / HTTP / simulation / Quality of Service / VOIP / widespread Hypertext Transfer Protocol / PDF / /

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