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Nonlinear Reservoir Analysis with Risk-Benefit Objectives
The surrogate worth trade-off method has been extended to a quadratic programming optimization model and risk has been incorporated into the vector of objective functions which explicitly shows the decision maker the trade-offs between net benefits and increased reliability of the system or the trade-offs between competing reliabilities such as flood control and water supply. The approach is called the Nonlinear Risk-Benefit (NRB) Algorithm. The NRB Algorithm is applied to the Broken Bow Reservoir to illustrate the increased information made available by this approach.
Nonlinear Reservoir Analysis with Risk-Benefit Objectives
The surrogate worth trade-off method has been extended to a quadratic programming optimization model and risk has been incorporated into the vector of objective functions which explicitly shows the decision maker the trade-offs between net benefits and increased reliability of the system or the trade-offs between competing reliabilities such as flood control and water supply. The approach is called the Nonlinear Risk-Benefit (NRB) Algorithm. The NRB Algorithm is applied to the Broken Bow Reservoir to illustrate the increased information made available by this approach.
Nonlinear Reservoir Analysis with Risk-Benefit Objectives
Helweg, Otto J. (author) / Uan-On, Thanakorn (author)
Water International ; 13 ; 80-84
1988-01-01
5 pages
Article (Journal)
Electronic Resource
Unknown
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