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Branch and price: Integer programming with column generation; Decomposition techniques for MILP: Lagrangian relaxation; Integer linear complementary problem; Integer programming; Integer programming: Algebraic methods; Integer programming: Branch and bound methods; Integer programming: Branch and cut algorithms; Integer programming: Cutting plane algorithms; Integer programming duality; Lagrange, Joseph-Louis; Lagrangian multipliers methods for convex programming; LCP: Pardalos–Rosen mixed integer formulation; Mixed integer classification problems; Multi-objective integer linear programming; Multi-objective mixed integer programming; Multi-objective optimization: Lagrange duality; Multiparametric mixed integer linear programming; Parametric mixed integer nonlinear optimization; Set covering, packing and partitioning problems; Simplicial pivoting algorithms for integer programming; Stochastic integer programming: Continuity, stability, rates of convergence; Stochastic integer programs; Time-dependent traveling salesman problem INTEGER PROGRAMMING: LAGRANGIAN RELAXATION

John Hooker

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Key concepts: Branch and price, Integer programming, Integer points in convex polyhedra, Linear programming relaxation, Branch and cut, Integer (computer science), Mathematics, Linear programming

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Branch and price: Integer programming with column generation; Decomposition techniques for MILP: Lagrangian relaxation; Integer linear complementary problem; Integer programming; Integer programming: Algebraic methods; Integer programming: Branch and bound methods; Integer programming: Branch and cut algorithms; Integer programming: Cutting plane algorithms; Integer programming duality; Lagrange, Joseph-Louis; Lagrangian multipliers methods for convex programming; LCP: Pardalos–Rosen mixed integer formulation; Mixed integer classification problems; Multi-objective integer linear programming; Multi-objective mixed integer programming; Multi-objective optimization: Lagrange duality; Multiparametric mixed integer linear programming; Parametric mixed integer nonlinear optimization; Set covering, packing and partitioning problems; Simplicial pivoting algorithms for integer programming; Stochastic integer programming: Continuity, stability, rates of convergence; Stochastic integer programs; Time-dependent traveling salesman problem INTEGER PROGRAMMING: LAGRANGIAN RELAXATION — Research Paper | ScholarLens