Vision / Vancouver / Cambridge / Los Alamitos / London / Colchester / /
Company
Figure 1 / MIT Press / Figure 2 / FARs / HP / A. Chianese L. P. / EURASIP Journal / Automatic Identification Advanced Technologies / /
Country
United States / Canada / United Kingdom / Singapore / / /
Facility
Handwriting Biometrics Lucas Ballard Daniel Lopresti Fabian Monrose Johns Hopkins University / Johns Hopkins University / /
IndustryTerm
search process / security applications / biometric systems / online handwriting biometric / online signatures / verification algorithm / biometric technology / online handwriting signal / security systems / online handwriting systems / on-line handwriting recognition / online and offline features / On-line signature verification / test tool / software viewer / online writing tests / temporalinference algorithm / online information / online samples / offline and online features / brute-force online and offline signature forgery tests / online handwriting / online corpus / online renderings / graphical tools / featurespace search / recognition algorithms / biometric testing protocol / recognition systems / /
MarketIndex
set 145 / set 65 / /
OperatingSystem
Linux / Microsoft Windows / /
Organization
National Science Foundation / MIT / Johns Hopkins University / Uludag / International Graphonomics Society / Lehigh University / IEEE Computer Society / CSTI FAR / /
Person
Carolyn Buckley / Charles Wright / Dishant Patel / Jay Zarfoss / Lucas Ballard Daniel Lopresti Fabian Monrose Johns / /
Position
target writer / writer / delta-lognormal model for handwriting generation / representative / /
Product
VersaLite Pad / Compaq TC1100 / /
ProgrammingLanguage
Tcl/Tk / /
ProvinceOrState
British Columbia / California / Massachusetts / Ontario / /
Technology
Linux / temporalinference algorithm / Private key / operating systems / biometric testing protocol / mobile devices / biometric technology / verification algorithm / recognition algorithms / PDA / /