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Internet / Transmission Control Protocol / Network congestion / Slow-start / Packet loss / TCP global synchronization / Traffic flow / Throughput / Router / Network performance / Computing / Network architecture


On Individual and Aggregate TCP Performance Lili Qiu, Yin Zhang, and Srinivasan Keshav {lqiu, yzhang, skeshav}@cs.cornell.edu Department of Computer Science Cornell University, Ithaca, NY[removed]Abstract
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Document Date: 2002-07-10 21:55:38


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File Size: 1,93 MB

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City

Ithaca / /

Company

RT T RT T / /

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Facility

Computer Science Cornell University / /

Holiday

Assumption / /

IndustryTerm

Internet connections / Internet Trans. / Internet traffic / real Internet connections / congested network / geostationary satellite links / Internet backbone / wide-area Internet connections / autonomous systems / drop-tail buffer management / bottleneck link router / Internet backbones / Internet connection / Internet Backbone Access Link Access Link Access Link Access Link Figure / abstract network / /

Organization

Cornell University / /

Person

Srinivasan Keshav / Lili Qiu / Yin Zhang / /

Position

abstract network model for wide-area Internet connections / same RT / RT / /

ProvinceOrState

New York / Connecticut / /

Technology

Ethernet / ISDN / src Domain Domain Router Router / infinite Router bandwidth Router R3 R2 Sufficient Buffer Sufficient Buffer T1 T3 ISDN Router / src Domain ISDN T1 Router Router / src Domain 1000*T1 Router Router / src src src src src Router / 2 Bottleneck Link Router / ISP / src Domain L1 L1 L2 Router R1 Router / simulation / WAN / bottleneck link router / /

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