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Data / Explicit Congestion Notification / Network congestion / TCP global synchronization / Transmission Control Protocol / Packet loss / Random early detection / Throughput / Sliding window protocol / Network performance / Computing / Network architecture


IEEE/ACM TRANSACTIONS ON NETWORKlNG, VOL. 6, NO. 4, AUGUST[removed]Explicit Allocation of Best-Effort Packet Delivery Service David D. Clark, Fellow, IEEE, and Wenjia Fang
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Document Date: 2002-09-03 07:12:04


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File Size: 2,01 MB

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City

Combining Sender / C. Receiver / Difference Between Sender / Sender / /

Company

IBM / TCP / Sun Microsystems Inc. / Lawrence Berkeley National Laboratory / /

Country

United States / /

Currency

USD / /

/

Facility

Princeton University / Massachusetts Institute of Technology / /

IndustryTerm

transport-layer protocol / respective algorithms / Internet service providers / Internet In today / Internet protocols / public Internet / transmission control protocol / router queue management algorithm / backbone routers / distinct device / preferential dropping algorithms / access device / packet networks / real-time video / Internet environment / above algorithms / differential dropping algorithm / to traditional applications / Internet traffic / Web servers / window algorithm / campus local area networks / Internet protocol / heterogeneous and commercial Internet / virtual network / rate estimator algorithm / private networks / above services / Internet service / preferential dropping algorithm / /

Organization

BEST-EFFORTPACKET DELIVERY SERVICE / Laboratory for Computer Sciences / Princeton University / Massachusetts Institute of Technology / Best-Effort Packet Delivery Service / Advanced Research Projects Agency / Department of Defense / PACKET DELIVERY SERVICE / /

Person

David D. Clark / /

Position

RT / Major / target rate RT / small RT / /

Product

M-16 / /

Technology

20 RED routers / above algorithms / LAN / congested router / tagging algorithm / RED algorithm / differential dropping algorithm / RIO algorithms / ATM / Internet protocols / RSVP-like protocol / router queue management algorithm / window algorithm / preferential dropping algorithm / RIO routers / twin RED algorithms / two algorithms / rate estimator algorithm / dropping algorithm / backbone routers / Frame relay / flow control / Internet protocol / transport-layer protocol / network routers / RED routers / RED router / RIO router / preferential dropping algorithms / ISP / RIO algorithm / transmission control protocol / simulation / same TSW algorithm / local area networks / controlling transmission control protocol / virtual circuit / twin algorithms / /

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