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

Network Working Group Request for Comments: 969 David D. Clark Mark L. Lambert Lixia Zhang

Source URL: iaoc.ietf.org

• Data transmission
• Network performance
• Transmission Control Protocol
• Packet loss
• Transmission time
• Communication
• Computer networking
• Flow control
• Sliding window protocol
• RapidIO

Frame Corruption Estimation from Route Messages for Video Coding over Mobile Ad Hoc Networks Yiting Liao and Jerry D. Gibson Department of Electrical and Computer Engineering University of California, Santa Barbara, CA,

Source URL: vivonets.ece.ucsb.edu

• IEEE 802.11
• Packet loss
• Network packet
• Transmission Control Protocol
• Wireless networking
• Carrier sense multiple access with collision avoidance
• Network performance
• Telecommunications engineering
• Linear network coding
• Sliding window protocol

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

This is the author’s version of an article that will be published in Proc. LATINCOMImproving Performance of TCP-based Applications in Power Line Communications for Smart Grids Claudio Estevez and Sandra C´esped

Source URL: www.cec.uchile.cl

• Network performance
• Performance-enhancing proxy
• Transmission Control Protocol
• Throughput
• Packet loss
• Sliding window protocol
• Power-line communication
• TCP acceleration
• TCP tuning

Communication Networks Spring 2016 Laurent Vanbever www.vanbever.eu

Source URL: comm-net.ethz.ch

• Error detection and correction
• Logical link control
• Data transmission
• Flow control
• Communication
• Sliding window protocol
• Selective Repeat ARQ
• Transmission Control Protocol
• Network packet
• Transport layer
• Acknowledgement
• Go-Back-N ARQ

EECS 122: Introduction to Communication Networks Homework 8 Solutions Solution 1. In the absence of transmission errors, alternating bit delivers one message per round-trip time, while a sliding window protocol with a w

Source URL: www.nicemice.net

Flow-based Brute-force Attack Detection Martin Draˇsar, Jan Vykopal Masaryk University Institute of Computer Science Botanick´a 68a, Brno, Czech Republic Philipp Winter

Source URL: www.cs.kau.se

• Computer security
• Denial-of-service attack
• Transmission Control Protocol
• Traffic flow
• Deep packet inspection
• Secure Shell
• Sliding window protocol
• Port knocking
• Deep content inspection
• Computer network security
• Computing
• Cyberwarfare

In Proc. 1st ACM Int’l Conf. on Mobile Computing and Networking (Mobicom), November 95. This paper won the best student paper award. Improving TCP/IP Performance over Wireless Networks1 Hari Balakrishnan, Srinivasan Se

Source URL: www.sigmobile.org

• Network performance
• TCP/IP
• Data transmission
• OSI protocols
• Internet protocols
• Transmission Control Protocol
• Sliding window protocol
• Packet loss
• Retransmission
• Data
• Computing
• Information

Efficient Elastic Burst Detection in Data Streams Yunyue Zhu Dennis Shasha Department of Computer Science

Source URL: cs.nyu.edu

• Image processing
• Functional analysis
• Numerical analysis
• Wavelets
• Streaming algorithm
• Sliding window protocol
• Nearest neighbor search
• Transmission Control Protocol
• Information science
• Mathematical analysis
• Mathematics