Baltimore / New York / Louviere / Amsterdam / Tampa / Milwaukee / Sacramento / /
Company
Estuarine Resources / Academic Press Inc. / Thomson / Albemarle / University of Colorado Boulder CO. / Stokes Associates Inc. / /
Country
Netherlands / Jordan / United States / /
Currency
USD / /
Facility
University of Delaware / University of Delaware Department / Cornell University / /
IndustryTerm
chosen site / boundary solutions / travel model / travel cost / policy site / nested random utility travel cost model / commonly-employ ed tools / travel cost model / /
NaturalFeature
Estuary of North Carolina / Willamette River / /
OperatingSystem
Hurd / /
Organization
Marine Policy Center / National Marine Fisheries Service / University of Delaware / Cornell University / University of Delaware Department of Economics Working Paper / University of Colorado Boulder / /
Person
Daniel McFadden / Mary Jo Kealy / Donald Waldman / Kenneth McConnell / Robert D. Rowe / Leland Deck / Michael Watson / Rosa Matzkin / Peter Rossi / Thomas H. Spreen / Denis Bolduc / John Geweke / Gretchen / Douglas Shaw / Joseph A. Herriges / Michael Keane / Woods Hole / David A. Wise / Charles B. Moss / Suresh Divakar / Frank Koppelman / V. Kerry Smith / Paul Ruud / /
Position
author / model for artificial habitat planning / random utility model for given known household preferences / analyst / hedonic model / welfare evaluation / /
Product
chinook / Siemens S45 Cellular Phone / /
ProvinceOrState
Milwaukee County / Wisconsin / Alaska / Maine / Oregon / New York / Delaware / Florida / North Carolina / /
PublishedMedium
Journal of Econometrics / The Review of Economics and Statistics / /
Region
northeast United States / southeast Florida / North Holland / southern California / Central Alaska / /
Technology
Diagnostic tests / simulation / pollution control / /
Random Utility/Multinomial Logit Model Literature Amemiya, Takeshi. 1977. “On a Two-Step Estimation of a Multivariate Logit Model.” Journal of Econometrics, Volume: 8, Issue: 1978, Pages: [removed]Keywords: two-step es