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Dynamic programming approach to find shortest path in any network (Dynamic Programming III)
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Classroom Contents
Non Linear Programming
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- 1 Convex sets and Functions
- 2 Properties of Convex functions - I
- 3 Properties of Convex functions - II
- 4 Properties of Convex functions - III
- 5 Convex Programming Problems
- 6 KKT Optimality conditions
- 7 Quadratic Programming Problems - I
- 8 Quadratic Programming Problems - II
- 9 Separable Programming - I
- 10 Separable Programming - II
- 11 Geometric programming I
- 12 Geometric programming II
- 13 Geometric programming III
- 14 Dynamic programming I
- 15 Dynamic programming II
- 16 Dynamic programming approach to find shortest path in any network (Dynamic Programming III)
- 17 Dynamic programming IV
- 18 Search Techniques - I
- 19 Search Techniques - II
- 20 Fourier Series
- 21 Numerical Integration - II (Simpson's Rule)