University of Maryland / Department of Atmospheric / University of Maryland / College Park / Ensemble Kalman Filtering Eugenia Kalnay Department of Atmospheric / EnKF / NCEP / US National Oceanic and Atmospheric Administration / United Nations / National Center for Atmospheric / European Centre for Medium-range Weather Forecasts / Department of Atmospheric and Oceanic Science / /
Person
Steve Greybush / Craig Bishop / Chris Snyder / Langland / Malaquías Peña / Eric Kostelich / Peter Houtekamer / A.V. Zimin / J.A. Yorke / Hong Li / Tom Hamill / Matteo Corazza / E. Ott / T. Sauer / Mark Buehner / Ross Hoffman / Jim Carton / Kayo Ide / Herschel Mitchell / Shu-Chi Yang / Dick Dee / D.J. Patil / Debra Baker / Chris Danforth / Kang / Arlindo da Silva / Michael Ghil / Ed Ott / Istvan Szunyogh / I. Szunyogh / Brian Hunt / Wayman Baker / Jim Yorke / Eugenia Kalnay / Lars Nerger / Jeff Whitaker / William Lahoz / /
Position
adjoint model / model / Bishop / Major / Fisher / representative / /
Product
K-1 / /
ProgrammingLanguage
R / /
ProvinceOrState
Maryland / New Hampshire / /
Technology
4 SCIENCE AND TECHNOLOGY / ekalnay@atmos.umd.edu SCIENCE AND TECHNOLOGY / 6 SCIENCE AND TECHNOLOGY / place algorithm / minimization algorithm / Local Ensemble Transform Kalman Filter algorithm / 8 SCIENCE AND TECHNOLOGY / no-cost smoothing algorithm / 4D-Var outer loop algorithm / simulation / /
Microsoft Word - kalnay_120308.doc