Visibility: A New Metric For Protocol Design Megan Wachs† , Jung Il Choi† , Jung Woo Lee† , Kannan Srinivasan† , Zhe Chen? , Mayank Jain† , and Philip Levis† † Computer Systems Laboratory, Stanford Universi

Source URL: sing.stanford.edu

• Computing
• Network performance
• Wireless networking
• Packet loss
• Transmission Control Protocol
• Throughput
• Hidden node problem
• Routing
• Pastry

Improved Internet speed tests can enhance QoS and QoE Al Morton Network Technologies, AT&T Labs, Middletown, New Jersey, USA Abstract

Source URL: irtf.org

• Network performance
• Computing
• Network management
• Network architecture
• Quality of service
• Transmission Control Protocol
• Maximum transmission unit
• TCP congestion control
• Quality of experience
• Packet loss
• Throughput
• IEEE 802.11

Grant to Send: Fairness and Isolation in Low-Power Wireless Technical Report SINGJung Il Choi and Philip Levis Computer Systems Laboratory Stanford University

Source URL: sing.stanford.edu

• Computing
• Network architecture
• OSI protocols
• Wireless networking
• Network performance
• Throughput
• Packet loss
• Hidden node problem
• Transmission Control Protocol
• Transport layer
• Data link layer
• IEEE 802.15.4

MoonGen: A Scriptable High-Speed Packet Generator Paul Emmerich, Sebastian Gallenmüller, Daniel Raumer, Florian Wohlfart, and Georg Carle Technische Universität München Department of Computer Science Chair for Network

Source URL: irtf.org

Application-Driven TCP Recovery and Non-Stop BGP Robert Surton, Ken Birman, and Robbert van Renesse Department of Computer Science, Cornell University Abstract—Some network protocols tie application state to underlying

Source URL: www.cs.cornell.edu

• Computing
• Internet
• Network architecture
• Computer network security
• Computer networking
• Transmission Control Protocol
• Border Gateway Protocol
• Router
• Internet protocol suite
• Packet loss
• Firewall
• Communications protocol

Four-Bit Wireless Link Estimation SING Technical Report SINGRodrigo Fonseca, Omprakash Gnawali, Kyle Jamieson, Philip Levis UC Berkeley, Univ. of Southern California, MIT CSAIL, Stanford Univ.

Source URL: sing.stanford.edu

• Computer networking
• OSI protocols
• Network architecture
• Data transmission
• Data link layer
• OSI model
• Physical layer
• Internet protocol suite
• Communications protocol
• Network packet
• Packet loss
• Network switch

RSSI is Under Appreciated Kannan Srinivasan† and Philip Levis∗† † Department of Electrical Engineering and ∗ Department of Computer Science, Stanford University, Stanford, CA

Source URL: csl.stanford.edu

• IEEE 802.11
• Received signal strength indication
• Wireless networking
• Network performance
• Transmission Control Protocol
• Sensor node
• Wireless sensor network
• Bit error rate
• Packet loss

Four-Bit Wireless Link Estimation Rodrigo Fonseca, Omprakash Gnawali, Kyle Jamieson, Philip Levis UC Berkeley, Univ. of Southern California, MIT CSAIL, Stanford Univ. , , jamieson@c

Source URL: sing.stanford.edu

• Computing
• Computer networking
• OSI protocols
• Network architecture
• Data transmission
• Data link layer
• OSI model
• Physical layer
• ZigBee
• Internet protocol suite
• Communications protocol
• Network packet

Service Disciplines For Packet-Switching Integrated-Services Networks Copyright c 1993 by Hui Zhang

Source URL: conviva.com

• Computing
• Electrical engineering
• Network protocols
• Jitter
• Synchronization
• Packet delay variation
• Electromagnetism
• Packet switching
• Transmission Control Protocol
• Network performance

Minimax Control For Cyber-Physical Systems under Network Packet Scheduling Attacks∗ Yasser Shoukry Jose Araujo

Source URL: people.kth.se

• Network protocols
• Symbol
• Dynamical system
• Packet switching
• Control theory
• Transmission Control Protocol