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Data / TCP congestion avoidance algorithm / Packet loss / Network congestion / Throughput / Transmission Control Protocol / Elephant flow / Traffic flow / Zeta-TCP / Network performance / Computing / Network architecture


Operating a Network Link at 100% Changhyun Lee1 , DK Lee1 , Yung Yi2 , and Sue Moon1 1 2 Department of Computer Science, KAIST, South Korea
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Document Date: 2011-02-06 20:51:24


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Company

Level 3 Communications / Sprint / YouTube / Cisco / /

Country

Japan / Korea / China / South Korea / /

Facility

campus The / Korea Advanced Institute of Science / /

IndustryTerm

streaming media / Internet speed / Internet Flow Rates / campus network / Internet Traffic / foreign web flows / web flows / web traffic / Internet Traffic Classification / Internet hosts / web surfing / cellular network infrastructure / campus local area network / web flow analysis / broadband technology / bandwidth-consuming applications / Internet Backbone Traffic / operational backbone network / Internet Links / operational networks / backbone networks / congestion control algorithm / border router / operational network / internal network / /

OperatingSystem

Microsoft Windows / /

Organization

South Korea Department of Electrical Engineering / Department of Computer Science / Crustal Movement / Korea Advanced Institute of Science and Technology / IMC / Korea Research Council of Fundamental Science and Technology / /

ProvinceOrState

Manitoba / /

RadioStation

Core / /

Region

South Korea / /

Technology

LAN / Broadband / TCP congestion control algorithm / border router / broadband technology / peer-to-peer / smart phones / GPS / file sharing / HTTP / ISP / streaming media / simulation / UDP / pdf / /

URL

http /

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