steadystate solution / satellite altimetry retrievals / data assimilation systems / steady solution / minimization algorithms / model solution / e-folding / dynamical systems / satellite altimetry / Potential applications / satellite data / prediction systems / analytic solutions / kinetic energy / gradient descent algorithm / surface energy flux / much more general prediction systems / analytic solution / steady-state solution / experimental intensity prediction systems / convective available potential energy / numerical solution / steepest descent algorithm / /
NaturalFeature
Cape Verde Islands / Gulf of Mexico / /
Organization
National Hurricane Center / National Oceanic and Atmospheric Administration / experimental Florida State University Super Ensemble / /
Person
Isidore Kyle Claudette Isabel / Kyle Claudette Isabel Frances / Felix Olga Isidore Kyle / Isabel Frances Ivan Katrina / Ivan Katrina Wilma Epsilon Ernesto Helene / Olga Isidore Kyle Claudette / MARK DEMARIA NOAA / Franklin / Mark DeMaria / Claudette Isabel Frances Ivan / P. F. Verhulst / Frances Ivan Katrina Wilma / /
Position
entraining plume model / as described below / mathematician / author / /
ProvinceOrState
West Virginia / Florida / Colorado / /
Region
mid-Atlantic / southeast Florida / Gulf of Mexico / Caribbean / West Virginia / northwest Florida / /
Technology
minimization algorithms / gradient descent algorithm / steepest descent algorithm / condensation / Simulation / be found using a gradient descent algorithm / /