Reservoir Management and Operations Models: A State‐of‐the‐Art Review

Water Resources Research

Volumn 21, Issue 12, 1985, Pages 1797-1818

  Yeh, William W‐G ^a  

^a NONE

Author keywords

[No Author keywords available]

Indexed keywords

MATHEMATICAL MODELS; MATHEMATICAL PROGRAMMING, LINEAR; MATHEMATICAL PROGRAMMING, NONLINEAR; OPERATIONS RESEARCH - OPTIMIZATION;

COMPLEX WATER RESOURCES SYSTEMS; DECISION ALTERNATIVES; DYNAMIC PROGRAMMING (DP); MANAGEMENT SCIENCES; RESERVOIR OPERATION STUDIES;

RESERVOIRS;

EID: 0022268780     PISSN: 00431397     EISSN: 19447973     Source Type: Journal    
DOI: 10.1029/WR021i012p01797     Document Type: Article

References (224)

1. Characterization of optimal operating policies for finite dams
2. Optimal regulation policies for a multipurpose reservoir with seasonal input and return function
3. On optimal regulation for certain multireservoir systems
4. Optimum reservoir operating policies and the imposition of a reliability constraint
5. Chance‐constrained dynamic programming and the optimization of water resource systems
6. Use of risk premiums in chance‐constrained dynamic programming
7. Use of Monte Carlo techniques in the design and operation of a multi‐purpose reservoir system
8. Optimal regulation policies for finite dams
9. The Ottawa River regulation modeling system (ORRMS)
10. Optimization of real time operation of multiple‐reservoir system“
11. Operations models for the Central Valley Project
12. Hydrothermal economic scheduling, I, Solution by incremental dynamic programming
13. Derivation of monthly reservoir release policies
14. A decomposition approach to nonlinear programs as applied to reservoir systems
15. Operating procedures: Their role in design of water resources systems by simulation analysis
16. Dynamic programming and water resources development
17. Simulation of water resource system
18. Stochastic dynamic programming for optimum reservoir operation
19. Cost horizons and certainty equivalents: An approach to stochastic programming of heating oil”
20. Computer time and memory requirements for DP and DDDP in water resources systems analysis
21. A nonlinear programming algorithm for real‐time hourly reservoir operations
22. A review and evaluation of multiobjective programming techniques
23. Implementation of an optimization model for operation of a metropolitan reservoir system
24. Reservoir management via reliability programming
25. Sequential stochastic optimization for reservoir system
26. Risk in reservoir design and operation, A state‐of‐the‐art review
27. Chance‐constrained model of a system of reservoirs
28. Determining operating policies for a water resource systems
29. Linear programming under uncertainty
30. On the solution of two‐state linear programs under uncertainty
31. An efficient transition definition for discrete state reservoir analysis: The divided interval technique
32. Mathematical models: The multi‐structure approach
33. Linear programming applications in water resources
34. Stochastic reservoir management and system design for irrigation
35. Water resources system modeling using stochastic programming models
36. The linear decision rule in reservoir management and design, 3, Direct capacity determination and intra‐season constraints
37. Comments on “The linear decision rule in reservoir management and design,” by C. ReVelle, E. Joeres, and W. Kirby
38. Chance‐constrained reservoir model
39. The simulation of a complex river system
40. Simulation/optimization techniques for multi‐basin water resource planning
41. HEC models for water resources system simulation: Theory and experience
42. Queuing theory and simulation in reservoir design
43. The optimization of the operation of multi‐purpose water resource system
44. Optimum operations models for Shasta‐Trinity system
45. Managing system operations‐CVP
46. Markov models for flow regulation
47. A nonlinear programming approach to a very large hydroelectric system optimization
48. Optimal management of a multireservoir water supply system
49. Optimal policy for hydroelectric operations
50. The economic equivalence of several stochastic programming models
51. TVA hydro scheduling model: Theoretical aspects
52. Weekly multipurpose planning model for TVA reservoir system
53. Stochastic seasonal planning in multireservoir hydroelectric power systems by differential dynamic programming
54. Regulation of the Columbia Basin reservoir system for hydropower and other purposes
55. Linear decision rule in reservoir management and design 5: A general algorithm
56. The dynamic programming approach to water resources development
57. Optimization of the operations of a multi‐purpose reservoir by dynamic programming
58. An alternative procedure for the optimization of operations for planning with multiple river, multiple purpose systems
59. Modeling and resolution fo the medium term energy generation planning problem for a large hydro‐electric system
60. Discrete differential dynamic programming approach to water resources system optimization
61. Reservoir systems optimization
62. Gains from joint operation of multiple reservoir systems
63. Decision problems under risk and chance constrained programming: Dilemmas in the transition
64. A chance‐constrained optimization model for reservoir design and operation
65. Sequential explicitly stochastic linear programming models: A proposed method for design and management of multi‐purpose reservoir system
66. Performance evaluation of a stochastic optimization model for reservoir design and management with explicit reliability criteria
67. Linear decision rule in reservoir design and management, 6, Incorporation of economic efficiency benefits and hydroelectric energy generation
68. A new algorithm for the solution of multistate dynamic programming problems
69. Analysis by simulation: Examination of response surface
70. Combined use of optimization models in river basin planning
71. Hydrologic estimation and economic regret
72. Operating rules for joint operation of raw water sources
73. The linear decision rule (LDR) reservoir problem with correlated inflows, 1, Model development
74. Stochastic programming
75. Multireservoir analysis techniques in water quantity studies
76. Comments on “Optimum reservoir operating policies and the imposition of a reliability constraint,” by A. J. Askew
77. Discrete representation of storage for stochastic reservoir optimization
78. A dynamic programming successive approximations techniques with convergence proofs, II, Convergence proofs
79. Preference criterion for flood control under uncertainty
80. Conditional chance‐constrained model for reservoir control
81. A dynamic programming successive approximations technique with convergence proofs, I, Description of the method and application
82. Survey of nonlinear programming applications
83. Optimal weedly releases from a seasonal reservoir, 1, Deterministic future
84. Determination of the discharge policy for existing reservoir networks under differing objectives
85. Applying gradient projection and conjugate gradient to the optimum operation of reservoirs
86. The use of storage water in a hydroelectric system
87. Multi‐lake river system operating rules
88. Multi‐purpose operation studies of a canal‐lake‐river system—Oswego River system, New York
89. Computer models for reservoir regulations
90. Some comments on linear decision rules and chance constraints
91. Surface water quantity management
92. An evaluation of some linear decision rules in chance constrained models for reservoir planning and operation
93. A comparison of some dynamic, linear and policy iteration methods for reservoir operation
94. Multiple‐reservoir operation in North America
95. Inequalities for stochastic linear programming problems
96. Stochastic state variable dynamic programming for reservoir systems analysis
97. Optimal reservoir management and crop planning under deterministic and stochastic inflow
98. Linear programming and sequential decisions
99. Product mix alternatives: Flood control, electric power and irrigation
100. An application of linear programming to efficiency in operation for a system of dams
101. Improved dynamic programming procedures and their application to water resource systems
102. Optimal monthly operation of interconnected hydroelectric power storages
103. An optimization method for branching multi‐stage water resources systems
104. Evaluating multireservoir operating rules
105. Optimal operation of multiple reservoir systems
106. Constrained differential dynamic programming and its application to multireservoir control
107. Optimal capacities for a reservoir system using the linear decision rule
108. Linear derision rule: A note on control volume being constant
109. Flood regulation by Columbia treaty projects
110. Multi‐level incremental dynamic programming
111. Optimal long‐term control of a multi‐purpose reservoir with indirect users
112. Optimal control of a storage level using stochastic programming
113. Network planning using two‐stage programming under uncertainty
114. Linear decision rule in reservoir management and design, 4, A rule that minimizes output variance
115. Linear decision rule in reservoir management and design, 2, Performance optimization
116. The linear decision rule in reservoir management and design, 1, Development of the stochastic model
117. Multi‐reservoir operation studies
118. The gradient projection method for nonlinear programming, I, Linear constraints
119. A nonlinear network flow algorithm for maximization of benefits in a hydroelectric power system
120. Reliability‐constrained dynamic programming and randomized release rules in reservoir management
121. An optimal policy for operating a multipurpose reservoir
122. Optimal control of linked reservoir
123. TVA hydro scheduling model: Practical aspects
124. A simulation model for operating a multipurpose multireservoir system
125. Reliability programming in reservoir Management, 1, Single multipurpose reservoir
126. Optimal operation of Shelbyville and carlyle Lakes
127. Reliability‐constrained reservoir control problems, 1, Methodological issues
128. A variance‐constrained reservoir control problem
129. Analysis of a chance‐constrained reservoir control model
130. Comment on “Chance‐constrained dynamic programming and optimization of water resources systems,” by A. Askew
131. Reservoir management models
132. Generalization of White's method of successive approximations to periodic Markovian decision process
133. Modeling the regulation of Lake Superior under uncertainty of future water supplies
134. Optimal control of multi‐unit interbasin water resource system
135. Multiobjective dynamic programming with application to a reservoir
136. Trade‐Off for multi‐objective planning through linear programming
137. Mathematical synthesis of streamflow sequences for the analysis of river basins by simulation
138. Mathematical models: A stochastic sequential approach
139. Reservoir system operating policy‐case study
140. A stochastic dynamic programming model for the optimum operation of a multi‐purpose reservoir
141. Optimization of multiple reservoir systems
142. Optimal operation of a multireservoir hydro‐steam power system
143. Optimal operation of multireservoir power systems with stochastic inflows
144. Optimal short‐term hydro scheduling from the principle of progressive optimality
145. A decomposition method for the long‐term scheduling of reservoirs in series
146. Incremental dynamic programming may yield nonoptimal solutions
147. Stochastic programs with recourse
148. Principles and standards for planning water and related land resources
149. Principles and standards for planning water and related land resources
150. Programming under uncertainty: The equivalent convex program
151. Optimization model for the operation of flood control systems
152. Multireservoir optimization model
153. Dynamic programming applications in water resources
154. Convergence rate analysis of the state increment dynamic programming methods
155. Real‐time hourly reservoir operation
156. Finding reservoir operation rules