Fairshare Traffic Management for any Access Network Sandvine’s Fairshare Traffic Management solves the problem of access network congestion, extending infrastructure lifetime and reducing costs for communications servi

Source URL: www.sandvine.com

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 27, 2015

Source URL: cseweb.ucsd.edu

• Network performance
• Internet protocols
• Transmission Control Protocol
• Traffic flow
• Transport layer
• Retransmission
• Internet protocol suite
• Network packet
• Bandwidth-delay product
• Computing
• Information
• Data

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

Fairshare Traffic Management for DSL Networks Sandvine’s Fairshare Traffic Management solves the congestion problem in DSL networks, extending infrastructure lifetime and reducing costs for communications service provi

Source URL: www.sandvine.com

• Computing
• Electronics
• Deep packet inspection
• Sandvine
• Road transport
• Marketing
• Network congestion
• Quality of service
• Traffic congestion
• Network performance
• Technology
• Teletraffic

The QualityGuard Congestion Response System A Sandvine Technology Showcase Contents Executive Summary ................................... 1 Introduction to QualityGuard ....................... 2

Source URL: www.sandvine.com

• Broadband
• Computing
• Teletraffic
• Road transport
• Telecommunications
• Network congestion
• Sandvine
• Throughput
• Voice over IP
• Network performance
• Technology
• Electronics

Computer Communications xxxxx–xxx www.elsevier.com/locate/comcom Exploiting the adaptive properties of a probing device for TCP in heterogenous networks V. Tsaoussidis*, A. Lahanas

Source URL: utopia.duth.gr

• TCP/IP
• Data
• Internet protocols
• Transmission Control Protocol
• Packet loss
• Goodput
• Network congestion
• Transport layer
• Additive increase/multiplicative decrease
• Network performance
• Network architecture
• Computing

SCTP
and
its
Support
in
Wireshark
 June
18th,
2009
 Michael
Tüxen
 Professor
/
Wireshark
Core
Developer
|
Münster
University
of
Applied
Sciences


Source URL: sharkfest.wireshark.org

• Computing
• Internet protocols
• Streaming
• Multihoming
• Stream Control Transmission Protocol
• SIGTRAN
• Datagram Congestion Control Protocol
• Netflow
• Transmission Control Protocol
• Internet standards
• Network architecture
• Internet

TCP-Probing: Towards an Error Control Schema with Energy and Throughput Performance Gains Vassilios Tsaoussidis College of Computer Science Northeastern University Boston, MA, USA

Source URL: utopia.duth.gr

• Data
• TCP congestion avoidance algorithm
• Transmission Control Protocol
• Goodput
• Packet loss
• Slow-start
• Congestion window
• Explicit Congestion Notification
• Network congestion
• Network performance
• Computing
• Network architecture

Background for Cluster 5: network and mobility management Cluster 5 addresses in general, measures in the areas of parking management, access management, traffic and mobility management

Source URL: www.urban-mobility-solutions.eu

• Sustainable transport
• Traffic congestion
• Intelligent transportation system
• Car sharing
• Parking
• Electric vehicle
• Traffic
• Urban sprawl
• Road pricing
• Transport
• Land transport
• Road transport