Orlando / Shanghai / Dublin / Phuket / San Francisco / Seattle / Tel Aviv / Boston / Tokyo / Philadelphia / Munich / Cambridge / Beijing / Los Angeles / Vienna / /
Company
Conexant / Nokia / Pearson / Signal Strength Based Location Systems / John Wiley and Sons / Ubiquitous Systems / Intel / Microsoft / /
Country
Germany / Thailand / Japan / Austria / United States / China / Israel / Ireland / /
Currency
USD / / /
Facility
MIT Stata Center / Jonathan Ledlie Nokia Research Center / Nokia Research Center / /
IndustryTerm
strength-based algorithm / heterogeneous devices / localization using heterogeneous devices / location-based applications / client devices / test devices / organic location systems / organic localization systems / instance-based classification algorithms / Wireless Pervasive Computing / usercontribution-based localization systems / test device / wireless networks / wireless access points / expectation-maximization algorithm / Internet Access Using In-Situ / low-memory mobile devices / localized using device / signalstrength-based localization algorithm / signal-strength-based localization algorithm / diverse devices / localization algorithms / satellite signals / location applications / recent localization systems / Cross-device localization using devices / homogeneous devices / localization algorithm / localization systems / /
OperatingSystem
Symbian / Linux / Ubuntu / Maemo / /
Organization
MIT / Place Lab / MIT Stata Center / /
Person
M. Hao-Hua Chu / Dorothy Curtis / H. Chuang / R. O. Duda / R. Want / V / Jonathan Ledlie / Seth Teller / / /
Position
driver / same model / illustrating the homogeneous organic localization case / teller / user/surveyor / organic surveyor / firmware/driver / surveyor / /
Product
KullbackLeibler / Bayes / Pentax K-x Digital Camera / Nokia N95 Smartphone / Asus EEE900A / /
ProgrammingLanguage
FL / /
ProvinceOrState
Washington / Pennsylvania / Florida / California / Orange County / Massachusetts / /