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Electrical engineering / Network tomography / Network delay / Maximum likelihood / Expectation–maximization algorithm / Perceptron / Statistics / Estimation theory / Networks


Local Area Network Analysis Using End-to-End Delay Tomography Earl Lawrence 1 George Michailidis and Vijay N. Nair 2 3 Abstract
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Document Date: 2006-11-21 13:22:39


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City

Multicast / /

Company

Los Alamos National Laboratory / Avaya Labs / Venable / UNC IT / /

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Event

Business Partnership / /

Facility

Large Delay Analysis The University of North Carolina / University of North Carolina / Sitterson Hall / University of Michigan / /

IndustryTerm

experimental protocol / campus network / faster algorithm / local area network / finer grained solution / large routers / telephony / delay sensitive applications / real time / active network / multicast protocol / methodolThe testing equipment / local area networks / fixed-point type algorithm / it very difficult to assess network / internet traffic data / main campus router / /

Organization

University of Michigan / Ann Arbor / National Science Foundation / IT Division / University of North Carolina / Department of Statistics / CS Department / CS Department at UNC / /

Person

Vijay N. Nair / Steve Marron / Don Smith / Lorraine Denby / Jean Meloche / Jim Gogan / Jim Landwehr / /

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Product

ExpertNet / /

ProvinceOrState

North Carolina / /

PublishedMedium

IEEE Transactions on Information Theory / /

Technology

main campus router / also large routers / faster algorithm / LAN / fixed-point type algorithm / Tomography / multicast protocol / local area networks / EM algorithm / VOIP / Voice-over-IP / /

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