Distributed Systems / Cambridge University Press / Distributed Computing Systems / Single-Hop Wireless Networks / Computer Communications Networks / Su / Local Computer Networks / Low-Power Sensor Networks / IEEE Networks / Embedded Networked Sensor Systems / Energy-Constrained Wideband Wireless Networks / Securing Sensor Networks / Encrypted Wireless Ad Hoc Networks / Clear Channel / Wireless Sensor Networks / Agency for Science / Define SA / Multi-Hop Wireless Networks / Byzantine Wireless Networks / Jamming Sensor Networks / B ROADCAST SA / /
Country
Singapore / Czech Republic / /
Currency
USD / pence / / /
Event
FDA Phase / /
Facility
Computer Science University of Michigan Ann Arbor / Computing Drexel University / Ilan University / Aarhus University / Computer Science University of New Mexico Albuquerque / Computer Science University of Victoria Victoria / /
IndustryTerm
malicious devices / broadcast algorithm / adaptive algorithm / amorphous computing / non-oblivious algorithms / energy-efficient sleep state / communication protocol / resource-competitive algorithm / Wireless Communications / wireless medium / energy supply / energy usage / energy / backoff protocols / sensor networks / energy budget / resource-competitive algorithms / Wireless communication / Wireless Research / onboard energy supply / deterministic protocols / wireless network / communication algorithm / wireless networks / large systems / energy-constrained wireless networks / wireless technologies / energy budgets / energy-starved devices / Wireless Sensors Network Nodes / relative energy costs / wireless devices / /
OperatingSystem
XP / DoS / /
Organization
Cambridge University / Aarhus University / Computer Science National Univ. of Singapore Singapore Dept. / Computer Science University of New Mexico Albuquerque / Electrical Engineering and Computer Science University of Michigan Ann Arbor / Danish National Research Foundation / National Science Foundation / Computer Science University of Victoria Victoria / US-Israel Binational Science Foundation / Computing Drexel University Philadelphia / Agency for Science / Technology and Research / /
Person
Timothy Brown / Chris Karlof / Ghada Alnifie / Seth Gilbert / Calvin C. Newport / Andrea Richa / Bishal Thapa / Bradley C. Kuszmaul / Dan Alistarh / Ke Ma / Prbhakar Raghavan / Roger Wattenhofer / Dominic Meier / Michael A. Bender / Seth Pettie / Chiu-Yuen Koo / Charles E. Leiserson / Andrzej Pelc / David Culler / Bob / San Tan / Vartika Bhandhari / David Blaauw / Inhee Lee / Albert Krohn / Farhana Ashraf / Christopher King / Christian Decker / Jared Saia / Ravi Sundaram / Joseph Polastre / Sokwoo Rhee / Shivakant Mishra / Elmar Gerhards-Padilla / Martin Farach-Colton / Peter Martini / Jonathan Katz / Naveen Sastry / Nils Aschenbruck / Robin Kravets / Baruch Awerbuch / Nitin Vaidya / David Peleg / Stefan Schmid / Deva Seetharam / Yvonne Anne Pignolet / Christian Scheideler / Martin Hoefer / Jing Deng / Rachid Guerraoui / Robert Simon / Guevara Noubir / Jin Zhang / Rajeev Motwani / Robert Szewczyk / Xin Liu / Calvin Newport / Rajmohan Rajaraman / Suyoung Bang / Claude Castelluccia / Wade Trappe / Tobias Zimmer / Dan Rubenstein / Wenyuan Xu / Amita Sethi / Emrah Bayraktaroglu / Mario Strasser / Maxwell Young / Johannes Dams / Shlomi Dolev / Alice / Richard Han / Aurélien Francillon / Samrat Ganguly / Prababl Dutta / Yuval Emek / Adrian Ogierman / Simai He / Michael Beigl / Zarko Milosevic / Yejoong Kim / Dennis Sylvester / David Wagner / Yanyong Zhang / Srdjan Capkun / Dariusz Kowalski / Yih-Chun Hu / Valerie King / Vishnu Navda / Aniruddha Bohra / Christina Pöpper / Thomas Kesselheim / Victoria Victoria / /
Position
Prime Minister / King / fractional model / General / /
(Near) Optimal Resource-Competitive Broadcast with Jamming [Extended Abstract] Seth Gilbert∗ Valerie King