Active Sensor Networks Philip Levis† , David Gay‡ , and David Culler† {pal,culler}@cs.berkeley.edu, † EECS Department

Source URL: csl.stanford.edu

• Computing
• Software engineering
• Wireless sensor network
• TinyOS
• Wireless networking
• NesC
• Concurrent programming languages
• Functional languages
• Sensor node
• Transmission Control Protocol
• Thread
• Scala

Granting Silence to Avoid Wireless Collisions Jung Il Choi, Mayank Jain, Maria A. Kazandjieva, and Philip Levis Stanford University, Stanford, CA, USA {jungilchoi, mayjain, mariakaz}@stanford.edu, Ab

Source URL: sing.stanford.edu

Emerson: Accessible Scripting for Applications in an Extensible Virtual World Behram F.T. Mistree, Bhupesh Chandra, Ewen Cheslack-Postava, Philip Levis David Gay

Source URL: www.ewencp.org

Number Theory Day Schedule October 12, 2012 All lectures will be held on the 3rd Floor of Levis Faculty Center. 8:50am Open Ceremony.

Source URL: www.math.illinois.edu

Towards a Sensor Network Architecture: Lowering the Waistline David Culler∗ , Prabal Dutta∗ , Cheng Tien Ee∗, Rodrigo Fonseca∗ , Jonathan Hui∗ , Philip Levis∗ , Joseph Polastre∗ , Scott Shenker∗† , Ion

Source URL: csl.stanford.edu

• Computing
• Technology
• Wireless networking
• Network architecture
• Network protocols
• OSI protocols
• Telecommunications engineering
• Wireless sensor network
• Internet protocol suite
• Communications protocol
• Wireless ad hoc network
• Network layer

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

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

1 Beyond Full Duplex Wireless Kannan Srinivasan† , Steven Hong, Mayank Jain, Jung Il Choi, Jeff Mehlman, Sachin Katti, and Philip Levis , {hsiying, mayjain, jjungilchoi, mehlman, skatti}@stanf

Source URL: sing.stanford.edu

The Case for a Network Protocol Isolation Layer Jung Il Choi, Maria A. Kazandjieva, Mayank Jain, and Philip Levis Computer Systems Laboratory Stanford University Stanford, CA USA

Source URL: sing.stanford.edu

• Computing
• Network architecture
• OSI protocols
• Network performance
• Computer networking
• Routing algorithms
• Carrier sense multiple access with collision avoidance
• IEEE 802.11
• OSI model
• Data link layer
• Hidden node problem
• Throughput

Apprehending Joule Thieves with Cinder Stephen M. Rumble Ryan Stutsman Philip Levis

Source URL: sing.stanford.edu