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Panama Canal / Lock / Towboat / Barge / Saint Lawrence Seaway / Engineering / Inland waterways of the United States / Water / Transport / Macro-engineering


Decision Tools for Reducing Congestion at Locks on the Upper Mississippi River
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Document Date: 2006-12-19 22:21:24


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City

Piscataway / Washington D.C. / Minneapolis / Washington / D.C. / New Orleans / L.A. / St. Louis / /

Company

Geographic Information Systems / ESRI Inc. / Coastal / Waterway Transportation Investments / Artificial Neural Networks / National Academies Press / /

Continent

America / Asia / South America / /

Country

United States / /

Currency

USD / /

/

Event

Reorganization / /

Facility

Robert M. Nauss College of Business Administration / Panama Canal / Institute of Electrical / University of Missouri / /

IndustryTerm

transportation / transportation systems / vessel tracking technologies / federal transportation policy / alternate transportation modes / real time / important transportation artery / lockage management information systems / vessel traffic management systems / agricultural products / chemical products / lockage management systems / system-wide traffic management / lock infrastructure / real time vessel tracking / careful data mining / expected processing times / petroleum products / traffic management / construction products / cement / lock management information system / traffic management systems / appointment systems / air traffic control systems / /

MusicGroup

Engineers / District / /

NaturalFeature

Panama Canal / Upper Mississippi River / Ohio River / Mississippi River / /

Organization

National Research Council / Institute of Electrical and Electronics Engineers / University of Missouri - St. Louis / College of Business Administration / Society for Computer Simulation International / United States Army / Artificial Intelligence for Engineering Design / Analysis and Manufacturing / /

Person

Donald C. Sweeney II / Ray Mundy / R.G. Ingalls / James F. Campbell / L. Douglas Smith / Sweeney II / /

Position

major U.S. rivers / water traffic controller / Winter Simulation Conference D.J. / head / Tracking Analyst / Discrete-event Simulation Model / Coast Guard for tracking hazardous cargos / representative / /

ProvinceOrState

New Jersey / Minnesota / Illinois / Hawaii / Missouri / Rock Island District / Mississippi / /

PublishedMedium

the Presence of Setup Times / /

Region

west coast / Midwest / Eastern Europe / /

Technology

deploying vessel tracking technologies / GIS / artificial intelligence / data mining / simulation / /

SocialTag