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01  Introduction to Optimization with Multiple Objectives
12:25
02  Approaches to Solving Multi-Objective Optimization Problems
11:32
03  Example - Multi-Objective Problem, Mathematical Model, and Excel Model
8:43
04  Example - Optimizing Individual Objectives and the Utopia Point
7:39
05  Example - Solving Multi-Objective Problems Using Weighted Sum Approach
18:28
06  Example - Solving Multi-Objective Problems by Converting One Objective to Constraint
16:30
08  Example - Solving Multi-Objective Problems Using Goal Programming Approach
21:49
07  Example - Solving Multi-Objective Problems Using Minimax Approach
18:15
09  Example - Summary
7:05
10  Comparison of Multi-Objective Approaches
8:25
11  Optional Material: Aspiration/Reservation-Based Decision Support System
4:46
Ch06 11 MILP   Fixed Cost Problem   Excel Model
10:06
Ch06 10 MILP   Fixed Cost Problem   Mathematical Model
19:20
Ch06 09 MILP   Project Selection   Excel Model with Logical Constraints
7:29
Ch06 08 MILP   Project Selection   Excel Model
7:21
Ch06 07 MILP   Project Selection   Logical Constraints   Advanced
6:46
Ch06 06 MILP   Project Selection   Logical Constraints   Simple
9:53
Ch06 05 MILP   Project Selection   Mathematical Model
6:57
19. Capital Budgeting - Other functions of @RISK
2:48
18. Capital Budgeting - Considering additional uncertain inputs
3:21
17. Capital Budgeting - Simulating multiple scenarios
2:06
16. Capital Budgeting - Discussion
2:07
15. Capital Budgeting - Further evaluation
4:42
14. Capital Budgeting - Simulation and evaluation
8:15
13. Capital Budgeting - Generating random demands
3:08
12. Capital Budgeting - Introduction and the deterministic model
3:12
11. Coin Flipping Game - Probability of Winning
4:22
10. Coin Flipping Game - Simulating 20000 iterations
2:34
09. Coin Flipping Game - Simulating 1000 iterations again
1:42
08. Coin Flipping Game - Simulating 1000 iterations and evaluating the game
5:23