p1 Linear Optimization - Video 1: Variants of the linear programming problem
p2 Linear Optimization - Video 2: Examples of LP problems
p3 Linear Optimization - Video 3: Piecewise linear convex functions
p4 Linear Optimization - Video 4: Graphical representation and solution
p5 Linear Optimization - Video 5: Polyhedra and convex sets
p6 Linear Optimization - Video 6: Extreme points, vertices, and basic feasible s
p7 Linear Optimization - Video 7: Polyhedra in standard form
p8 Linear Optimization - Video 8: Degeneracy
p9 Linear Optimization - Video 9: Existence of extreme points
p10 Linear Optimization - Video 10: Optimality of extreme points
p11 Linear Optimization - Video 11: Representation of polytopes
p12 Linear Optimization - Video 12: Projections of polyhedra: Fourier-Motzkin el
p13 Linear Optimization - Video 13: Optimality conditions
p14 Linear Optimization - Video 14: Development of the simplex method
p15 Linear Optimization - Video 15: Algorithms and operation counts
p16 Linear Optimization - Video 16: Implementations of the simplex method
p17 Linear Optimization - Video 17: Anticycling: lexicography and Bland's rule
p18 Linear Optimization - Video 18: Finding an initial basic feasible solution
p19 Linear Optimization - Video 19: Column geometry and the simplex method
p20 Linear Optimization - Video 20: Computational efficiency of the simplex meth
p21 Linear Optimization - Video 21: Motivation
p22 Linear Optimization - Video 22: The dual problem
p23 Linear Optimization - Video 23: The duality theorem
p24 Linear Optimization - Video 24: Optimal dual variables as marginal costs
p25 Linear Optimization - Video 25: Standard form problems and the dual simplex
p26 Linear Optimization - Video 26: Farkas' lemma and linear inequalities
p27 Linear Optimization - Video 27: Graphs
p28 Linear Optimization - Video 28: Formulation of the network flow problem
p29 Linear Optimization - Video 29: The network simplex algorithm
p30 Linear Optimization - Video 30: Efficient algorithms and computational compl
p31 Linear Optimization - Video 31: The key geometric result behind the ellipsoi
p32 Linear Optimization - Video 32: The ellipsoid method for the feasibility pro
p33 Linear Optimization - Video 33: The ellipsoid method for optimization
p34 Linear Optimization - Video 34: Problems with exponentially many constraints