Ann Arbor / Dallas / Saint-Malo / Rio Rico / Philadelphia / Leesburg / Gribble / Washington / Santa Cruz / Monterey / Washington / DC / Nilsson / Cambridge / /
Company
Ad Hoc Mobile Wireless Networks / Lynch N.A. / Annual Reviews Inc / Distributed File Systems / Decomposing Systems / IBM Corporation / Energy-Efficient Technologies / CNN / Open Network Systems / Copper Mountain / Clark D.D. / Nokia Corporation / Compaq Corporation / P. Practical Security Systems / Xerox / Needham / Narayan / Microsoft / /
Country
France / United Kingdom / United States / /
Currency
USD / /
Event
Person Communication and Meetings / /
Facility
IBM TJ Watson Research Center / InfoPad Multimedia Terminal / Pittsburgh airport / /
IndustryTerm
level energy management / Wireless Computing Environment / energy demand / location-sensing technologies / wireless connectivity / weak wireless link / pervasive computing / pervasive computing technology invisible / software agents / lowlatency wireless communication / wired hardware infrastructure / Pervasive computing projects / file server / adequate wireless bandwidth / communication protocol / local area networks / file systems / bare-bones devices / wireless mobile user / hypothetical pervasive computing scenarios / travel plans / system-level energy saving techniques / software demonstration / energy savings / energy / mobile computing / Wireless congestion / Wireless Information Access / personal computing space / software-controlled projector / energy-aware adaptation / demonstration software / pervasive computing scenarios / energy management / profound technologies / web server / low-bandwidth wireless network / computing / adaptative applications / high-bandwidth wireless / wireless access / battery technology / wireless communication / component software technologies / mobile networking / Energy-aware systems / wireless handheld computer / wireless mobile computer / pervasive computing environment / wireless bandwidth / ubiquitous computing / wireless connection / remote infrastructure / nearby computing infrastructure / password-based challengeresponse protocols / sound software / semi-portable infrastructure / software components / wired Internet / generic applications / important tool / expert systems / wireless networks / pervasive computing technology / wireless network bandwidth / energy-sensitive memory management / short-range wireless peer-to-peer technology / energy-aware memory management / online calendar services / energy cost / Internet delays / pervasive computing elements / pervasive computing system track user intent / individual applications / bandwidth networks / minimal services / hardware technology / wireless coverage / adaptive resource management / pervasive computing system / wireless conditions / hardware technologies / /
Movie
A.D. / /
OperatingSystem
Unix / Linux / /
Organization
National Research Council / U.S. government / UC Berkeley / Active Office / File Service / Internet Engineering Task Force / Dismounted Soldier Board on Army Science and Technology / Carnegie Mellon University / United States Navy / Vision and Challenges M. Satyanarayanan School / Defense Advanced Projects Research Agency / National Science Foundation / U.S. Navy / MIT / Authentication Service for Open Network Systems / /
Person
Thickness / Peter Steenkiste / Mike Dertouzous / Sandeep Gupta / Alan Messer / Hui Lei / Guerney Hunt / Ira Greenberg / Raj Reddy / Rajesh Balan / Asim Smailagic / Truman / Mark Weiser / Mary Baker / David Garlan / Morgan Kaufmann / Dan Siewiorek / Jane / Jason Flinn / Maria Ebling / Dave Clark / Morgan Kaufman / Dejan Milojocic / Schroeder / /
To appear in IEEE Personal Communications, 2001 Pervasive Computing: Vision and Challenges