Complexity in numerical optimization
Summary and conclusion. The capacitated case.
Approximation and Complexity in Numerical Optimization
Complexity of Smooth Convex Programming and its Applications. Applications to convex quadratic programs. A Classification of Static Scheduling Problems. Complexity analysis.
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Well formed instances and promises. Generation of hard instances.
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Maximizing one dimensional concave functions. A two dimensional algorithm.
The general algorithm. Complexity for the class FiL. A mathematical framework. Two old barrier functions. The hybrid barrier function.
The minmax shortest path problem. Horst , Panos M. Nondifferentiable Optimization and Polynomial Problems N.
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Complexity in Numerical Optimization Panos M. LinkDelayx 6.
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