Tucson / Saint-Malo / Boston / New York / New Orleans / /
Company
Cambridge University Press / Freeman and Co. / AAAI Press/MIT Press / RealTime Applications / Wireless Information Systems / IBM / Las Vegas NV / Intel / /
Country
France / United Kingdom / United States / /
Currency
USD / /
Facility
University of Illinois / Carnegie Mellon University / /
IndustryTerm
mobile computing environment / residual energy / interactive mobile systems / wireless link / interactive applications using multi-fidelity algorithms / interactive applications / resource-limited mobile computing hardware / Any-dimension algorithms / multi-fidelity applications / conventional algorithms / energy usage / energy / visualization algorithms / mobile computing / multifidelity algorithms / interactive mobile applications / remote services / energy consumption / simulated annealing algorithm / multi-fidelity algorithms / adaptive systems / multi-fidelity systems / low-order polynomial solutions / real-time systems / interactive mobile computing systems / anydimension algorithms / multi-fidelity algorithm / compare multi-fidelity algorithms / wireless bandwidth / concurrent applications / wireless network / successive approximation algorithm / augmented reality software / polynomial time solutions / approximation algorithms / remote server / mobile computing systems / bridge construction site / spreadsheet-like software package / adaptation can applications / numerical and sorting algorithms / reality applications / search results / using the wireless network / /
OperatingSystem
Linux / /
Organization
Cambridge University / U.S. Government / Interactive Mobile Applications M. Satyanarayanan and Dushyanth Narayanan School / Carnegie Mellon University / MIT / Air Force Materiel Command / University of Illinois / /
Person
Avrim Blum / Musliner / Christos Faloutsos / Andrew Willmott / Dan Siewiorek / David Petrou / Durfee / Mor Harchol-Balter / /
Position
D. J. / architect / engineer / police officer / civil engineer / Walker / officer / Dean / Augmented Reality An architect / real-time scheduler / /
Product
C-0061 / /
ProvinceOrState
Minnesota / Louisiana / New York / Arizona / Illinois / Massachusetts / /
Technology
3-D / Multifidelity algorithms / Linux / API / rendering algorithm / J. W. S. Algorithms / anydimension algorithms / interactive applications using multi-fidelity algorithms / Operating System / Quality of Service / Any-dimension algorithms / multi-fidelity algorithm / comparing multifidelity algorithms / approximation algorithms / compare multi-fidelity algorithms / numerical and sorting algorithms / GUI / simulated annealing algorithm / speech recognition / K. G. AnyDimension Algorithms / wearable computer / MonteCarlo Algorithms / diverse / unrelated algorithms / successive approximation algorithm / Operating Systems / MRI / two multi-fidelity algorithms / sorting algorithm / Multi-fidelity algorithms / artificial intelligence / mobile computing / simulation / animation / visualization algorithms / /
Multi-Fidelity Algorithms for Interactive Mobile Applications M. Satyanarayanan and Dushyanth Narayanan School of Computer Science Carnegie Mellon University The concept of an algorithm has proved robust over half a cent