All ECSTATIC Materials
Document Type
Book
Publication Date
Fall 1999
Abstract
Water resources systems analysis course notes for CEE 6410 taught at Utah State University. Coverage includes:
Chapter 1 - Concepts and methods
Chapter 2 - Linear programming-introduction and graphical methods
Chapter 3 - Linear programming - simplex method
Chapter 4 - Linear programming - applications to simple water problems
Chapter 5 - Dual LP and post optimality analysis
Chapter 6 - Integer programming
Chapter 7 - More applications of integer programmign
Chapter 8 - Piecewise linearization
Chapter 9 - Other types of LP models
Chapter 10 - Dynamic programming
Chapter 11 - Gradient-based nonlinear optimization methods
Chapter 12 - Genetic algorithms
Chapter 13 - Types and uses of reservoir models
Chapter 14 - Multiple reservoir yield
Chapter 15 - Yield/Storage analysis for multiple reservoirs
Chapter 16 - Cost functions for reservoir projects
Chapter 17 - Investment timing
Chapter 18 - Multi-objective planning
Chapter 19 - Mathematical basis for multi-objective planning
Chapter 20 - Groundwater in integrated river basin planning
Chapter 21 - Risk analysis
Recommended Citation
Bishop, A Bruce; Hughes, Trevor; and McKee, Mac, "Water Resources Systems Analysis - Course Notes" (1999). All ECSTATIC Materials. Paper 76.
https://digitalcommons.usu.edu/ecstatic_all/76
Additional Files
BishopEtAl-1999-WaterResSystemsAnalysisCourseNotes.zip (6508 kB)Full text of Title page, preface, and all chapters
