Efficiency and duality for vector optimization problem on Riemannian manifolds involving KT-B-invexity
Babli Kumari, Anurag Jayswal
Abstract
Babli Kumari, Anurag Jayswal
Abstract
In this paper, we consider a vector optimization problem on Riemannian manifolds for which we define KT-B-invex and KT-B-pseudoinvex functions. Further, we prove that every vector Kuhn–Tucker point is a weak efficient solution for considered vector optimization problem under the suitable assumptions. Moreover, we also study the Mond–Weir dual problem for the aforesaid problem and establish its weak, strong and converse duality results.
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In this paper, we consider a vector optimization problem on Riemannian manifolds for which we define KT-B-invex and KT-B-pseudoinvex functions. Further, we prove that every vector Kuhn–Tucker point is a weak efficient solution for considered vector optimization problem under the suitable assumptions. Moreover, we also study the Mond–Weir dual problem for the aforesaid problem and establish its weak, strong and converse duality results.
Key concepts: Converse, Duality (order theory), Wolfe duality, Mathematics, Vector optimization, Optimization problem, Strong duality, Riemannian manifold