Margaret H. Wright

New York University — United States

Mathematics · Physical Sciences

32h-index14.5kcitations96works0.02yr avg
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Research Topics

Advanced Optimization Algorithms Research(55), Matrix Theory and Algorithms(19), Advanced Control Systems Optimization(14), Optimization and Variational Analysis(9), Numerical Methods and Algorithms(9)

Publications96 total

Chapter 2: Linear Algebra Background
Society for Industrial and Applied Mathematics eBooks·2021
Chapter 8: The Simplex Method
Society for Industrial and Applied Mathematics eBooks·2021· 1 cited
Chapter 4: Linear Equations
Society for Industrial and Applied Mathematics eBooks·2021· 1 cited
Chapter 1: Introduction
Society for Industrial and Applied Mathematics eBooks·2021
Numerical Linear Algebra and Optimization
Society for Industrial and Applied Mathematics eBooks·2021· 507 cited
Chapter 3: Computation and Condition
Society for Industrial and Applied Mathematics eBooks·2021
Chapter 5: Compatible Systems
Society for Industrial and Applied Mathematics eBooks·2021
Chapter 7: Linear Constraints I: Linear Programming
Society for Industrial and Applied Mathematics eBooks·2021
Chapter 3: Optimality Conditions
Society for Industrial and Applied Mathematics eBooks·2019
Chapter 7: Modelling
Society for Industrial and Applied Mathematics eBooks·2019
Back Matter
2019Open Access
Practical Optimization
Society for Industrial and Applied Mathematics eBooks·2019· 1.7k cited
Chapter 4: Unconstrained Methods
Society for Industrial and Applied Mathematics eBooks·2019
Chapter 5: Linear Constraints
Society for Industrial and Applied Mathematics eBooks·2019· 1 cited
Chapter 2: Fundamentals
Society for Industrial and Applied Mathematics eBooks·2019
Chapter 1: Introduction
Society for Industrial and Applied Mathematics eBooks·2019
Front Matter
2019Open Access
Chapter 6: Nonlinear Constraints
Society for Industrial and Applied Mathematics eBooks·2019
Chapter 8: Practicalities
Society for Industrial and Applied Mathematics eBooks·2019
An elementary proof of linear programming optimality conditions without using Farkas' lemma
arXiv (Cornell University)·2014· 1 citedOpen Access
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Frequent Co-authors

Walter Murray(34), Philip E. Gill(29), Michael A. Saunders(25), David M. Gay(3), P.E. Gill(3), Saunders(3), John A. Tomlin(2), J. R. Cash(2), Nicholas I. M. Gould(2), Jeffrey C. Lagarias(1), James A. Reeds(1), Paul E. Wright(1), Anders Forsgren(1), Steven Fortune(1), Brian W. Kernighan(1), O. Landron(1), Reinaldo A. Valenzuela(1), Steven M. Gorelick(1), Clifford I. Voss(1), Michael L. Overton(1)