Server to Server migration via TCP/IP This will give you an outline of how to migrate a NetWare server from a Compaq Deskpro to a Compaq Proliant 1850R. The procedures outlined in this document will work for any server m

Source URL: s3.portlock.com

• System software
• Computing
• Server
• Transmission Control Protocol
• Novell
• Windows Server
• Novell NetWare
• Software
• Proprietary software

NAME cntlm - authenticating HTTP(S) proxy with TCP/IP tunneling and acceleration SYNOPSIS cntlm [ -AaBcDdFfgHhILlMPprSsTUuvw ] [ host1 port1 | host1:port1[removed]hostN portN

Source URL: cntlm.sourceforge.net

• Computer network security
• Internet privacy
• Computer networking
• Network performance
• Internet protocols
• NTLM
• Proxy server
• SOCKS
• LM hash
• Computing
• Internet
• Network architecture

Engineering with Logic: Rigorous Specification and Validation for TCP/IP and the Sockets API STEVE BISHOP, University of Cambridge1 MATTHEW FAIRBAIRN, University of Cambridge1 MICHAEL NORRISH, NICTA, Canberra TOM RIDGE,

Source URL: www.cl.cam.ac.uk

• Network socket
• Internet protocols
• Internet standards
• Internet protocol suite
• Computer networking
• Transmission Control Protocol
• User Datagram Protocol
• Communications protocol
• STREAMS
• Computing
• Internet
• Network architecture

TCP/IP-Ethernet bis Web-IO Dieses Buch ist für alle gemacht, die ohne Spezialwissen über Computernetzwerke Ethernet-Endgeräte unter TCP/IP in Betrieb nehmen wollen. Es ist in drei Teile gegliedert: • TCP/IP-Etherne

Source URL: www.wut.de



 
 


Source URL: www.icir.org

• Flow control
• TCP/IP
• Data
• Internet protocols
• TCP Friendly Rate Control
• Computer networking
• TCP congestion avoidance algorithm
• Network congestion
• Congestion window
• Computing
• Network performance
• Network architecture

Dynamic Behavior of Slowly-Responsive Congestion Control Algorithms Deepak Bansal and Hari Balakrishnan Sally Floyd and Scott Shenker

Source URL: www.icir.org

• Network architecture
• OSI protocols
• TCP/IP
• TCP congestion avoidance algorithm
• Internet protocols
• TCP Friendly Rate Control
• Additive increase/multiplicative decrease
• Network congestion
• Transmission Control Protocol
• Network performance
• Flow control
• Computing

Network Working Group Request for Comments: 5348 Obsoletes: 3448 Updates: 4342 S. Floyd

Source URL: www.icir.org

• Network architecture
• Flow control
• TCP/IP
• Internet protocols
• TCP Friendly Rate Control
• Network congestion
• TCP congestion avoidance algorithm
• Transmission Control Protocol
• Datagram Congestion Control Protocol
• Data
• Computing
• Network performance

Comments on Bufferbloat Mark Allman International Computer Science Institute [removed]

Source URL: www.icir.org

• Computing
• Network architecture
• Data
• TCP congestion avoidance algorithm
• Bufferbloat
• Slow-start
• Transmission Control Protocol
• Round-trip delay time
• Network congestion
• Network performance
• TCP/IP
• Flow control

Increasing TCP’s Initial Window draft-hkchu-tcpm-initcwnd-00.txt H.K. Jerry Chu - [removed] Nandita Dukkipati - [removed] March 23, 2010

Source URL: www.ietf.org

• Web browsers
• World Wide Web
• Internet protocols
• TCP/IP
• Slow-start
• Internet Engineering Task Force
• Network congestion
• Internet
• SPDY
• Computing
• Data
• Information

Equation-Based Congestion Control for Unicast Applications Sally Floyd, Mark Handley AT&T Center for Internet Research at ICSI (ACIRI)

Source URL: www.icir.org

• Flow control
• Network performance
• TCP/IP
• Internet standards
• Internet protocols
• TCP Friendly Rate Control
• TCP congestion avoidance algorithm
• Network congestion
• Transmission Control Protocol
• Computing
• Network architecture
• Internet