Back to Results
First PageMeta Content
Geodesy / Neural networks / Computational neuroscience / Computational statistics / Tidal marsh / Artificial neural network / Tide / Savannah River / Estuary / Geography of Georgia / Geography of the United States / Coastal geography


Integrating 3D Hydrodynamic Transport and Ecological Plant Models of the Savannah River Estuary Using Artificial Neural Network Models Edwin Roehl, Advanced Data Mining, Greer, SC, Paul A. Conr
Add to Reading List

Document Date: 2014-01-16 13:37:16

Open Document

File Size: 188,01 KB

Share Result on Facebook

City

Gainesville / New Orleans / Greer / New York / Chicago / /

Company

Springer-Verlag New York Inc. / /

Country

United States / /

Currency

USD / /

/

Event

Natural Disaster / /

Facility

Savannah Harbor / /

IndustryTerm

data mining techniques / neural network / marsh gaging networks / neural networks / chaotic univariate systems / forced systems / Signal processing / artificial neural networks / post-processor / real-time gages / developed using data mining techniques / /

NaturalFeature

Lower Savannah River estuary / Cooper River / Myrtle Beach / Lower Savannah River / Beaufort River estuary / Savannah River / East Coast / /

Organization

Florida Coop Unit / United States Army / Georgia Ports Authority / Beaufort-Jasper Water and Sewer Authority / /

Person

Ruby C. Daamen / Paul A. Conrads / /

ProgrammingLanguage

FL / /

ProvinceOrState

South Carolina / Illinois / Florida / New York / /

Region

East Coast / /

SportsEvent

ufl / /

Technology

wastewater treatment / Neural Network / Data Mining / machine learning / Simulation / decision support system / /

SocialTag