Water resources systems management [grd1uh]
| Civil Engineering |
Theoretical classes are taught through auditory lectures with presentation technology. Practical classes are conducted through independent development tasks - developing model for optimal control of single-purpose and multipurpose reservoirs and complex water resources systems.
The course objective is acquireing knowledge for defining the water resources system management task, setting criteria and constraints, and the development of mathematical models for optimal control of water resoutces structures and systems.
Preparing students for designing optimal water resources system management tasks as well as simulation mathematical models for water resources systems management.
The process of managing as a cybernetic category. Decomposition and aggregation of systems. Defining of target structures to solve management tasks. Defining the criteria and their descriptions. Defining the set of constraints. Optimization and simulation models for solving complex problems. Linear and non-linear tasks. Effectiveness and stability of the solutions. Modern methods of water resources systems management support.
1. Djordjevic B.: Water resources management systems, Scientific Book, Belgrade, 1990. (in serbian)
2. Serafim Opricović.: System optimisation, Faculty of Civil Engineering and Sciences Book, 1992. (in serbian)
3. Djordjevic B.: Cybernetics in Water Resources Management, WRP, 1993.
4. ReVelle C.: Optimizing reservoir resources, John Wiley& Sons, NewYork, 1999.
5. Goodman A.: Principles of Water Resources Planning, Prentice Hall, 1984.
6. Linsley R., J. Franyini: Water Resources Engineering, McGraw-Hill Book Company, 1979.
7. Guggino E., G. Rossi, D. Hendricks: Operation of Complex Water Systems, Martinus Nijhoff Publishers, 1983.
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