Prentice-Hall / X5 / Verizon / John Wiley and Sons / IEEE Journal / G. Lee S. Parsons Laboratory / /
Currency
pence / GBP / cent / USD / / /
Event
FDA Phase / /
Facility
Information Science Brooklyn College / City University of New York NY / 11210 / Chapel Hill / /
IndustryTerm
user devices / suboptimal services / agent solution / basic wireless service / inappropriate services / technological infrastructure / web browsing / spot market wireless services / cheaper services / web browser / inelastic applications / e - business / Wireless Access Paper / practice computing optimal policies / wireless service selection problem / sequential protocol / wireless service / elastic applications / wireless services / larger search spaces / wireless domain / contract services / recommendation server / user requesting different service quality services / greedy algorithm / longer needs Internet service / tentative solution / heuristic algorithms / wireless service providers / multi-agent solutions / wireless protocol / then other equilibria solutions / real-time decisions / predictive algorithms / communication networks / wireless communication / wireless access domain / Wireless Access P. Faratin / /
Organization
School of Management / MIT / Brooklyn College / University of New York NY / 11210 / City University of New York / Department of Computer / Gold Service / /
Person
Wc / Morgan Kaufmann / / /
Position
Formal Model of the Service / Dean / application designer / current artist / /
Product
userPR / /
ProvinceOrState
North Carolina / /
PublishedMedium
Machine Learning / Journal of Artificial Intelligence Research / /
Technology
wireless protocol / Peer-to-Peer / MP3 / Machine Learning / Quality of Service / personal router / sequential protocol / Wireless Access / artificial intelligence / video conferencing / greedy algorithm / PDA / /
A research and education initiative at the MIT Sloan School of Management The Personal Router: An Agent for Wireless Access Paper 163