2011
DOI: 10.1007/s10898-011-9752-8
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Interior proximal methods for quasiconvex optimization

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Cited by 20 publications
(18 citation statements)
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“…• Langenberg and Tichatschke [17] studied the proximal method when the objective function is quasiconvex and the problem is constrained to an arbitrary closed convex set and the regularization is a Bregman distance. Assuming that the function is locally Lipschitz and using the Clarke subdifferential, the authors proved the global convergence of the method to a critical point.…”
Section: Introductionmentioning
confidence: 99%
“…• Langenberg and Tichatschke [17] studied the proximal method when the objective function is quasiconvex and the problem is constrained to an arbitrary closed convex set and the regularization is a Bregman distance. Assuming that the function is locally Lipschitz and using the Clarke subdifferential, the authors proved the global convergence of the method to a critical point.…”
Section: Introductionmentioning
confidence: 99%
“…Prueba. a. Usando la desigualdad de Cauchy-Schwarz en (12) tenemos para todo N x 2 SOL.T; N C / que: La prueba del siguiente teorema es similar al Teorema 9 de Langenberg y Tichatschke ver [6]. Para esta subsección consideramos SOL.T; N C / \ @ N C ¤ Ø, donde @ N C denota la frontera de N C .…”
Section: Caso Pseudo-monótonounclassified
“…(H2)' SOL .T; N C / ¤ Ø El siguiente lema fue probado por Brito et al ver [3] y Langenberg ver [6], pero por cuestión de completitud establecemos la prueba. Demostración.…”
Section: Caso Cuasi-monótonounclassified
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“…According Langenberg and Tichatschke (2010), page 643, the above condition for induced Bregman distances holds when nonlinear constraints are active at y while the condition (Ivii) holds when only affine constraints are active at y. Definition 3.3.…”
Section: Proximal Distancementioning
confidence: 99%