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Water pollution / Environmental science / Geodesy / Water / Anaerobic digestion / Biochemical oxygen demand / Estuary / Beaufort-Jasper Water and Sewer Authority / Tide / Environment / Earth / Environmental engineering


Estimating Point-Source Impacts on the Beaufort River Using Artificial Neural Network Models
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Document Date: 2014-01-16 13:37:55


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City

Greer / Reston / Comparing Physics / /

Company

Coast Water Resources / Teukolsky S.A. / Cambridge University Press / /

Country

Jordan / Columbia / /

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Facility

No Data complex / Port Royal / Albergotti Creek station / Port Royal Sound / /

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IndustryTerm

data mining techniques / air systems / neural network / conjugate gradient algorithms / neural networks / Artificial neural network / signal processing / natural systems / satellite telemetry / real-time gages / /

NaturalFeature

Cooper River / Coosa River / Coosaw River / Myrtle Beach / Battery creek / Brickyard creek / Albergotti creek / Beaufort River / /

Organization

Cambridge University / U.S. Environmental Protection Agency / DO / District Office in Columbia / Department of Defense / Department of Health / Beaufort-Jasper Water and Sewer Authority / National Weather Service / /

Person

William P. Martello / Edwin A. Roehl Jr. / /

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Product

SC / ES / /

ProvinceOrState

Virginia / OF STUDY AREA Beaufort County / South Carolina / /

PublishedMedium

Scientific American / /

Technology

conjugate gradient algorithms / NEURAL NETWORK / data mining / /

SocialTag