Nile Basin Simulation model
Comprehensive multi-reservoir simulation including the High Aswan Dam and Grand Ethiopian Renaissance Dam, used to study interactions among reservoir operating rules.
Major mathematical models and DSS contributions developed across reservoir operations, water policy, desalination, neural networks and multicriteria analysis.
Comprehensive multi-reservoir simulation including the High Aswan Dam and Grand Ethiopian Renaissance Dam, used to study interactions among reservoir operating rules.
Dynamic-programming model for daily release optimization under physical constraints and downstream requirements, with selectable single- or multi-objective formulations.
Simulation of alternative release rules, hydrologic scenarios and flood/drought conditions with integration to other water-management models.
Decision-support framework using methods including ELECTRE, AHP, PROMETHEE, Compromise Programming and Weighted Average for ranking water-resource alternatives.
Objective-space dynamic programming integrated with mixed-integer programming; tested on problems with up to 12 decision and 12 state variables over 30 years.
Artificial neural-network model trained to map rainfall patterns into measures of runoff.
Economic, environmental and multicriteria sub-models for generating, simulating and evaluating management alternatives for Red Bluff Diversion Dam in California.
GIS-integrated DSS combining facility-location analysis, linear programming and multicriteria evaluation for desalination siting and sizing.
Knowledge-based expert system using more than 100 rules to generate water supply and demand scenarios for Egypt.
Evaluation and planning simulation model for water management in northwestern Egypt.