Starburst SSD: An Efficient Protocol for Selective Dissemination Tahir Azim Qasim Mansoor

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A high-resolution human contact network for infectious disease transmission Marcel Salathéa,1,2, Maria Kazandjievab, Jung Woo Leeb, Philip Levisb, Marcus W. Feldmana, and James H. Jonesc,d Departments of aBiology, bComp

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dvocate Advocate Ho sing Housing i hts

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Opening the Sensornet Black Box Jung Il Choi, Jung Woo Lee, Megan Wachs, and Philip Levis Computer Systems Laboratory Stanford University Stanford, CA 94305

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Investigating a Physically-Based Signal Power Model for Robust Low Power Wireless Link Simulation Tal Rusak Department of Computer Science Cornell University

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Granting Silence to Avoid Wireless Collisions Jung Il Choi, Mayank Jain, Maria A. Kazandjieva, and Philip Levis October 6, 2010 ICNP 2010

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PDF Document

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• Computing
• Network architecture
• OSI protocols
• Wireless networking
• Telecommunications engineering
• Wireless sensor network
• Communications protocol
• TinyOS
• Computer network
• Link layer
• Transport layer
• Data link layer

Policies for Dynamic Clock Scheduling Dirk Grunwald Charles B. Morrey III Philip Levis Michael Neufeld

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Measuring a Human Contact Network for Epidemiology Research Maria Kazandjieva, Jung Woo Lee, Marcel Salathé Marcus Feldman, James Jones, Philip Levis Stanford University

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• Wireless sensor network
• Computing
• Embedded systems
• The Motes
• Received signal strength indication
• Sensor node
• Radio-frequency identification
• Mote
• Data transmission

Measuring a Human Contact Network for Epidemiology Research Maria Kazandjieva, Jung Woo Lee, Marcel Salathé Marcus Feldman, James Jones, Philip Levis Stanford University

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