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

Source URL: nes.aueb.gr

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

Source URL: nathanfarrington.com

• 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

WHITE PAPER ZetaTCP An Intelligent Approach to Transport Acceleration

Source URL: appexnetworks.com

• 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

Window-games between TCP flows

Source URL: community.dur.ac.uk

• 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

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

Source URL: utopia.duth.gr

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

PDF Document

Source URL: www.cs.karelia.ru

• TCP/IP
• Flow control
• TCP congestion avoidance algorithm
• Data
• Network congestion
• Transmission Control Protocol
• Traffic generation model
• Congestion window
• Additive increase/multiplicative decrease
• Teletraffic
• Network architecture
• Computing

The Journal of Computer Networks (COMNET), 2002 TCP-Real: Receiver-oriented Congestion Control V. Tsaoussidis and C. Zhang College of Computer Science, Northeastern University

Source URL: utopia.duth.gr

• Computing
• Data
• Flow control
• Internet protocols
• Network congestion
• Teletraffic
• Congestion window
• Additive increase/multiplicative decrease
• Transmission Control Protocol
• Network performance
• TCP/IP
• Network architecture

Computer Networks–245 www.elsevier.com/locate/comnet Exploiting the efficiency and fairness potential of AIMD-based congestion avoidance and control Adrian Lahanas a, Vassilis Tsaoussidis

Source URL: utopia.duth.gr

• Additive increase/multiplicative decrease
• Computing
• Congestion window
• Data
• Network congestion
• Fairness measure
• Transmission Control Protocol
• Thorn
• Taxonomy of congestion control
• TCP/IP
• Network performance
• Network architecture

Computer Networks–210 www.elsevier.com/locate/comnet Transient behaviors of TCP-friendly congestion control protocols q Y. Richard Yang, Min Sik Kim, Simon S. Lam

Source URL: www-net.cs.yale.edu

• Network performance
• Data transmission
• Flow control
• TCP/IP
• TCP congestion avoidance algorithm
• Network congestion
• Transmission Control Protocol
• Additive increase/multiplicative decrease
• Congestion window
• Data
• Information
• Computing

End-to-end transport protocols, TCP, congestion control, and DNS George Porter CSE 124 January 20, 2015

Source URL: cseweb.ucsd.edu

• TCP/IP
• Internet protocols
• Streaming
• Flow control
• Transmission Control Protocol
• Transport layer
• Traffic flow
• Congestion window
• Network packet
• Computing
• Network architecture
• Data