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The 2006 NETS symposium was held on January 12-14, 2006 in Salt Lake City, Utah. The symposium was sponsored by the Army Corps of Engineers Institute of Water Resources (IWR) and was designed to review conceptual and practical designs and findings to date regarding studies and projects that had either been initiated or were in process. The goal of the symposium was to permit IWR, academic and non-academic participants to share, integrate knowledge, and identify and resolve issues in NETS related research. The following were reviewed:
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Agenda Item |
Presenter |
| Thursday, January 12 |
Reliability: Great Lakes |
Brown, Jonathan |
| Event Studies: Introduction |
Walker, Wesley |
| Event Studies: Greenup |
Kelz, Dale |
| Event Studies: L&D 27 |
Carr, John |
| Event Studies: McAlpine |
Lisney, Mark |
| HarborSym - Simulation Model for Deep Draft Navigation Improvements |
Rogers, Cory |
| Friday, January 13 |
Congestion and Spatial Equilibrium Models |
Wilson, Wesley |
| Columbia-Snake Tranportation: Demands |
Train, Kenneth |
| Long-Term Forecasting of Commodity Flows Method with Application to Mississippi River Grains and World Trade |
Wilson, William |
| Global Container Forecast Model |
Wilson, William |
| Determining System Capacity to Accomodate Grain Flows by Rail to the Mississippi River at St. Louis |
Travis, Merrill |
| Regional Routing Model: Assessment and Development of Multimodal Analytical Models (Phase 1) |
Lambert, Bruce |
| Inland Navigation Appointment System |
Sweeney, Donald |
| Geographic Information Systems for Tracking Vessels on the Inland Waterways |
Campbell, James |
| Using Genetic Algorithms in Optimization Models |
Schonfeld. Paul |
| Stated Preference Modeling of the Demand for Ohio River Shipments |
Sitchinava, Nino |
| Saturday, January 14 |
Port Devleopment, Internal Transport Systems and International Trade |
Blonigen, Bruce |
| Lock Performance |
Wilson, Wesley |
| Tradeable Permits |
Cook, Joe |
| Model of Spatial Market Areas and Transportation Demand |
Wilson, Wesley |
| Navigation System Simulation Model |
Lisney, Mark |
Revised 1/16/07 |
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