picoTCP The reference TCP/IP stack for the Internet of Things FOSDEM 2014

Source URL: archive.fosdem.org

• Network architecture
• Microcontrollers
• STM32
• Transmission Control Protocol
• Internet protocol suite
• ARM Cortex-M
• IPv4
• Port
• IPv6
• Computer architecture
• Computing
• ARM architecture

Design Overview of Multipath TCP version 0.3 for FreeBSD-10 Nigel Williams, Lawrence Stewart, Grenville Armitage Centre for Advanced Internet Architectures, Technical Report 130424A Swinburne University of Technology Mel

Source URL: caia.swin.edu.au

• Network performance
• TCP/IP
• Flow control
• Internet protocols
• Transmission Control Protocol
• Internet standards
• TCP congestion avoidance algorithm
• Transport layer
• Stream Control Transmission Protocol
• Computing
• Network architecture
• Data

522 IEEE TRANSACTIONS ON PARALLEL AND DISTRIBUTED SYSTEMS, VOL. 18,

Source URL: www.eee.hku.hk

• Data
• TCP/IP
• Internet protocols
• Flow control
• Transmission Control Protocol
• Data transmission
• Slow-start
• TCP congestion avoidance algorithm
• Transport layer
• Computing
• Network performance
• Network architecture

Fiche pratique Public Share Folder « Ports TCP/IP utilisés par Public ShareFolder – Utilisation en VPN »

Source URL: www.publicshareware.fr

Evolving TCP. How hard can it be? Zubair Nabi, Toby Moncaster, Anil Madhavapeddy, Steven Hand, Jon Crowcroft Computer Laboratory University of Cambridge [removed]

Source URL: anil.recoil.org

• Internet protocols
• Internet standards
• TCP/IP
• Streaming
• Computer network security
• Transmission Control Protocol
• Transport layer
• Network socket
• Traffic flow
• Computing
• Network architecture
• Data

Simulation-based Comparisons of Tahoe, Reno, and SACK TCP Kevin Fall and Sally Floyd Lawrence Berkeley National Laboratory One Cyclotron Road, Berkeley, CA[removed]removed], [removed]

Source URL: ee.lbl.gov

• Data
• Network performance
• Flow control
• TCP congestion avoidance algorithm
• Internet protocols
• Transmission Control Protocol
• Packet loss
• Fast retransmit
• Retransmission
• Network architecture
• Computing
• TCP/IP

A Hands-on Look at Active Probing using the IP Prespecified Timestamp Option Walter de Donato, Pietro Marchetta, and Antonio Pescap´e Department of Computer Engineering and Systems, University of Napoli Federico II {wal

Source URL: wpage.unina.it

• Internet standards
• Traceroute
• Traffic flow
• Ping
• Transmission Control Protocol
• IPv4
• Internet protocol suite
• TCP/IP stack fingerprinting
• Communications protocol
• Computing
• Internet Protocol
• Data

IPv6 Extension Headers (RFC2460 IPv6 Spec) An IPv6 packet can carry as many extension headers as it needs (Obviously within reason) Example are below:IPv6 Header Next Header = TCP

Source URL: www.securitywizardry.com

• IPv6
• Internet standards
• Internet protocols
• IPv6 packet
• Transmission Control Protocol
• Ip
• Network packet
• Header
• ICMPv6
• Network architecture
• Internet
• Computing

JOURNAL OF COMMUNICATIONS AND NETWORKS, VOL. 7, NO. 3, SEPTEMBER[removed]Enhancing TCP Performance to Persistent Packet Reordering

Source URL: www.eee.hku.hk

• Information
• TCP/IP
• Flow control
• Internet protocols
• TCP congestion avoidance algorithm
• Data transmission
• Transmission Control Protocol
• Packet loss
• Transport layer
• Network performance
• Computing
• Data

Generating Fingerprints of Network Servers and their Use in Honeypots

Source URL: www.thomas-apel.de

• Spamming
• Honeypot
• Internet protocols
• Honeyd
• Server emulator
• TCP/IP stack fingerprinting
• Nmap
• Emulator
• Public key fingerprint
• Software
• Computer network security
• Computing