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Stochastic management of water reservoir storage function
Pruch, David ; Matoušek, Petr (referee) ; Kozel, Tomáš (advisor)
The stochastic control of the reservoir storage function works with a certain number of control flow values with a certain probability distribution. For the requirement of stochastic control of the reservoir storage function, a stochastic prediction model based on the LHS method was compiled. The model works with random processes, which include flow in a specific measurement profile. Stochastic control has the advantage over deterministic control in the possibility of selecting a control for a particular probability scenario. Some deterministic methods as well as some stochastic methods are described very briefly. Furthermore, the thesis describes the procedure for the control of the reservoir storage function using the LHS method. The model was tested on a fictitious reservoar. In conclusion, the best and worst results were selected, which were then compared, so it could be determined which parametrs of calculation was most ideal for driving.
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Possibilities of reservoir storage function control
Pruch, David ; BBA, Šárka Zemanová, (referee) ; Kozel, Tomáš (advisor)
Stochastic control of large open water reservior stock fiction with operates a given variance of flow values a certain probability distribution. Stochastic forecasting models for stochastic management were compiled as part of the thesis. The stochastic procedure has the choice of the procedur efor a certain probability scenário as aópposed to the deterministic procedure. The probability election is provided by a fan of options. The thesis deals with the construction and subsequent evalution of stochastic management of the reservoir fiction. Using stochastic models management was performed with some probability of exceeding the controlled watr outflow from the large open water reservior. The simulation took place an a fictional large open water reservior. Subsequently a comparsion was made between management using individual methods and using forecats. Stochastic kontrol performed the large open water reservoir´s stock fiction well. At the end of the diploma thesis the best settings for each forecast and kontrol model were selected.
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Possibilities of reservoir storage function control
Pruch, David ; BBA, Šárka Zemanová, (referee) ; Kozel, Tomáš (advisor)
Stochastic control of large open water reservior stock fiction with operates a given variance of flow values a certain probability distribution. Stochastic forecasting models for stochastic management were compiled as part of the thesis. The stochastic procedure has the choice of the procedur efor a certain probability scenário as aópposed to the deterministic procedure. The probability election is provided by a fan of options. The thesis deals with the construction and subsequent evalution of stochastic management of the reservoir fiction. Using stochastic models management was performed with some probability of exceeding the controlled watr outflow from the large open water reservior. The simulation took place an a fictional large open water reservior. Subsequently a comparsion was made between management using individual methods and using forecats. Stochastic kontrol performed the large open water reservoir´s stock fiction well. At the end of the diploma thesis the best settings for each forecast and kontrol model were selected.
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Stochastic management of water reservoir storage function
Pruch, David ; Matoušek, Petr (referee) ; Kozel, Tomáš (advisor)
The stochastic control of the reservoir storage function works with a certain number of control flow values with a certain probability distribution. For the requirement of stochastic control of the reservoir storage function, a stochastic prediction model based on the LHS method was compiled. The model works with random processes, which include flow in a specific measurement profile. Stochastic control has the advantage over deterministic control in the possibility of selecting a control for a particular probability scenario. Some deterministic methods as well as some stochastic methods are described very briefly. Furthermore, the thesis describes the procedure for the control of the reservoir storage function using the LHS method. The model was tested on a fictitious reservoar. In conclusion, the best and worst results were selected, which were then compared, so it could be determined which parametrs of calculation was most ideal for driving.
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