Paul Armand
topic interest: Interior-point methods
interest: info.info-oh
topic interest: Scattering
topic interest: Degeneracy
topic interest: Primal-dual methods
interest: math.math-oc
topic interest: Squared slacks transformation
is aggregated by: paul-armand
topic interest: CONVEX PROGRAMMING
topic interest: SUPERLINEAR CONVERGENCE
first name: Paul
interest: spi.meca
topic interest: Semi-infinite optimization
topic interest: Laser beam combining
topic interest: Unconstrained optimization
topic interest: Interior-point method
topic interest: Primal-dual interior-point method
interest: spi.gproc
topic interest: Second-order cone optimization
topic interest: PRIMAL-DUAL METHOD
topic interest: Interior methods
topic interest: Analytic center
topic interest: BFGS QUASI-NEWTON APPROXIMATIONS
topic interest: SUCCESSIVE QUADRATIC PROGRAMMING
topic interest: Jordan algebra
type: Person
interest: phys.phys.phys-optics
topic interest: BFGS FORMULA
topic interest: Linear programming
topic interest: Augmented Lagrangian
topic interest: PIECEWISE LINE-SEARCH
topic interest: Regularization
topic interest: SHIFT AND SLACK VARIABLES
topic interest: Nesterov and Todd scaling
topic interest: Optimization
topic interest: Optical interferometry
topic interest: Nonlinear complementarity problems
topic interest: Logarithmic barrier
topic interest: Rolling friction contact
topic interest: Nonlinear optimization
topic interest: Augmented Lagrangian method
topic interest: LINE-SEARCH
topic interest: Interior point methods
topic interest: Nonlinear programming
interest: phys.meca.solid
topic interest: Constrained optimization
topic interest: QUASI-NEWTON ALGORITHM
topic interest: Infeasibility detection
topic interest: INFEASIBLE ITERATES
family name: Armand
topic interest: Regularized Newton method
topic interest: Primal–dual methods
topic interest: Convex polytopes
topic interest: INTERIOR POINT ALGORITHM
topic interest: Simplex method
topic interest: EQUALITY CONSTRAINED OPTIMIZATION
interest: spi.opti
topic interest: Inexact Newton method