A Generalized FAST TCP Scheme Cao Yuan a , Liansheng Tan a,b , Lachlan L. H. Andrew c , Wei Zhang a , Moshe Zukerman d,∗ , a Department b The

Source URL: netlab.caltech.edu

Global Exponential Stability of FAST TCP Joon-Young Choi, Kyungmo Koo, David X. Wei, Jin S. Lee, and Steven H. Low Abstract— We consider a single-link multi-source network with the FAST TCP sources. We propose a contin

Source URL: netlab.caltech.edu

MODELLING AND STABILITY OF FAST TCP∗ JIANTAO WANG† , DAVID X. WEI† , JOON-YOUNG CHOI‡ , AND STEVEN H. LOW† Abstract. We discuss the modelling of FAST TCP and prove four stability results. Using the traditional

Source URL: netlab.caltech.edu

Making Linux TCP Fast Yuchung Cheng Neal Cardwell Google Inc.

Source URL: netdevconf.org

Making Linux TCP Fast Yuchung Cheng Neal Cardwell netdev 1.2 Tokyo, October, 2016

Source URL: netdevconf.org

Lessons learned: TCP Fast Open and ECN in the Wild Internet Christoph Paasch <>

Source URL: irtf.org

ASAP: A Low-Latency Transport Layer Qingxi Li, Wenxuan Zhou, Matthew Caesar, Brighten Godfrey Dept. of Computer Science, University of Illinois at Urbana-Champaign Urbana, Illinois, USA , wzhou10@illin

Source URL: conferences.sigcomm.org

• Network protocols
• Internet protocols
• Denial-of-service attacks
• Transmission Control Protocol
• Hypertext Transfer Protocol
• TCP Fast Open
• Traversal Using Relays around NAT
• Denial-of-service attack
• SYN cookies
• Server Message Block

Towards WiFi Mobility without Fast Handover Andrei Croitoru, Dragos, Niculescu, Costin Raiciu, University Politehnica of Bucharest Abstract

Source URL: nets.cs.pub.ro

• Network performance
• Wireless LAN
• Transmission Control Protocol
• Wireless access point
• Packet loss
• Throughput
• IEEE 802.11
• Explicit Congestion Notification
• TCP congestion control
• Wi-Fi
• Multipath TCP
• Transport layer

1 Routers with Very Small Buffers Mihaela Enachescu∗ , Yashar Ganjali† , Ashish Goel‡ , Nick McKeown† , and Tim Roughgarden∗ ∗ Department of Computer Science, Stanford University {mihaela, tim}@cs.stanford.e

Source URL: theory.stanford.edu

• Network performance
• Transmission Control Protocol
• Throughput
• Packet loss
• Bandwidth-delay product
• Traffic flow
• Additive increase/multiplicative decrease
• FAST TCP
• TCP congestion control

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