<--- Back to Details
First PageDocument Content
Computing / Data / Slow-start / Packet loss / Network congestion / Transmission Control Protocol / Throughput / Fast retransmit / Congestion window / Network performance / TCP/IP / Network architecture
Date: 1998-02-20 19:51:05
Computing
Data
Slow-start
Packet loss
Network congestion
Transmission Control Protocol
Throughput
Fast retransmit
Congestion window
Network performance
TCP/IP
Network architecture

Add to Reading List

Source URL: ee.lbl.gov

Download Document from Source Website

File Size: 214,80 KB

Share Document on Facebook

Similar Documents

Computer Communications–326 www.elsevier.com/locate/comcom Service differentiation and performance of weighted window-based congestion control and packet marking algorithms in ECN networks Vasilios A. Sir

DocID: 1sYgs - View Document

Computing / Network performance / Network architecture / Flow control / Data transmission / Transmission Control Protocol / TCP congestion control / Packet loss / Internet protocols / Sliding window protocol / Network congestion / Retransmission

Multipath TCP under Massive Packet Reordering Nathan Farrington UC San Diego Abstract

DocID: 1rpzu - View Document

Network performance / TCP congestion control / Internet protocols / Internet Standards / TCP acceleration / WAN optimization / Transmission Control Protocol / Packet loss / FAST TCP / Internet protocol suite / Sliding window protocol / Throughput

WHITE PAPER ZetaTCP An Intelligent Approach to Transport Acceleration

DocID: 1p1BB - View Document

Network performance / TCP congestion control / Additive increase/multiplicative decrease / Network congestion / Packet loss / Transmission Control Protocol / Goodput / Queuing delay / Throughput / Traffic flow / Active queue management / Computer network

Window-games between TCP flows

DocID: 1oo23 - View Document

Computer science / Linked list / Hash table / Stack / Streaming algorithm / Heap / Network congestion / Cuckoo hashing / Time complexity / Search algorithms / Theoretical computer science / Applied mathematics

A Heaviest Hitters Limiting Mechanism with O(1) Time Complexity for Sliding-Window Data Streams 117 A Heaviest Hitters Limiting Mechanism with O(1) Time Complexity for Sliding-Window Data Streams

DocID: 1gDze - View Document