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Civil Engineering
Water Resources Systems Planning and Management (Web)
Syllabus
Co-ordinated by :
IISc Bangalore
Available from :
2011-12-22
Lec :
1
Modules / Lectures
Introduction and Basic Concepts
System Components,Planning & Management
Modeling of Water Resources System
Optimization & Simulation
Introduction to Optimization
Objective Function, Maxima, Minima & Saddle Points, Convexity & Concavity
Constrained & Unconstrained Optimization
Lagrange Multipliers & Kuhn – Tucker Condition
Linear Programming and Applications
Preliminaries
Graphical Method
Simplex Method - I
Simplex Method - II
Linear Programming Application
Reservoir operation and reservoir sizing using LP
Dynamic Programming and Applications
Introduction and preliminaries
Water Allocation - I
Water Allocation - II
Capacity Expansion
Reservoir operation
Multi-objective Optimization
Introduction
Multipurpose Reservoir Operation
Weighting function and constraint method
Stochastic Optimization
Review of probability theory
Uncertainty and reliability analysis
Chance constrained LP - I
Chance constrained LP - II
Stochastic Processes and Transition Probabilities
Stochastic DP
Simulation
Introduction and river basin simulation
Reservoir operation simulation
Performance Measures
Water Resources Systems Modeling
River basin planning and management
Water distribution system
Ground water system
Water quality modeling
Floodplain management
Urban storm water management
Advanced Topics
Fuzzy optimization
Genetic algorithms
Multi – Criteria decision making
Decision Support Systems
Expert systems
Web Content
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Lecture Notes (1)
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19M