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Management / Throughput / TCP congestion avoidance algorithm / Transport layer / Packet loss / Transmission Control Protocol / TCP tuning / Network congestion / Traffic shaping / Network performance / Computing / Network architecture


In Proceedings of IEEE GlobeCom. Rio de Janeiro, December[removed]ADAPTIVE INVERSE MULTIPLEXING FOR WIDE-AREA WIRELESS NETWORKS Alex C. Snoeren [removed] Laboratory for Computer Science
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Document Date: 2010-02-11 15:07:38


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City

Rio de Janeiro / /

Company

Demand Interoperability Group / Metricom’s Ricochet Packet Radio / WWAN / Bell Atlantic / Wireless Wide-Area Networks / /

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Event

FDA Phase / /

Facility

Texas A&M University / Computer Science Massachusetts Institute of Technology Abstract The / /

IndustryTerm

bandwidth*delay product / data mining applications / adaptive inverse multiplexing algorithm / high-resolution imaging / inverse multiplexing using special hardware / channel selection algorithm / web browsers / wired Internet / wide-area wireless access networks / transport protocol / congestion control algorithm / WIRELESS NETWORKS / Wireless MP200 CDPD modems / inverse multiplexing algorithm / congestion control algorithms / transient Internet congestion / Internet traffic / link layer transfer protocol / digital cellular network / Wireless Data Forum / transport protocols / channel acquisition algorithm / Wireless TCP throughput / congestion avoidance algorithm / wireless technologies / obvious solution / wired networks / wide-area wireless access network / bandwidth probing algorithm / media contention / transport layer protocols / demanding applications / shared Internet / network devices / Internet Packet Dynamics / wireless links / transparent solution / cellular network / strIPe protocol / network technologies / window probing algorithm / upper level transport protocol / multi-link applications / fragmentation algorithm / /

Movie

Link Quality Balancing / /

NaturalFeature

CSMA/CD channel / Multi-Link channel / /

OperatingSystem

FreeBSD / FreeBSD 2.2 / /

Organization

Massachusetts Institute of Technology / Electronic Industry Alliance/Telecommunications Industry Association / Texas A&M University / Defense Advanced Projects Research Agency / /

Person

John Wroclawski / Ty Sealy / Hari Balakrishnan / H. BALAKRISHNAN / V / Ron Wiken / Rusty Hemenway / Alex C. Snoeren / /

Position

author / scheduler / /

Product

RFC1663 / /

ProgrammingLanguage

ML / /

PublishedMedium

IEEE Communications Magazine / /

RadioStation

CBR / /

Technology

fragmentation algorithm / strIPe protocol / bandwidth probing algorithm / transport layer protocols / GSM System / window probing algorithm / congestion control algorithms / Space Communications / MTU / upper level transport protocol / scheduling algorithm / UDP / TCP/IP / transport protocols / link layer transfer protocol / CDPD channel acquisition algorithm / inverse multiplexing algorithm / ISDN / network technologies / congestion control algorithm / voice recognition / wireless access / Retransmit algorithm / transport protocol / Fair Queuing Algorithm / channel selection algorithm / data mining / wireless technologies / caching / GSM / congestion avoidance algorithm / adaptive inverse multiplexing algorithm / /

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