Abstract

In this article, geodesic E-convex sets and geodesic E-convex functions on a Riemannian manifold are extended to the so-called geodesic strongly E-convex sets and geodesic strongly E-convex functions. Some properties of geodesic strongly E-convex sets are also discussed. The results obtained in this article may inspire future research in convex analysis and related optimization fields.

Highlights

  • Convexity and its generalizations play an important role in optimization theory, convex analysis, Minkowski space, and fractal mathematics [ – ]

  • 2 Preliminaries we introduce some definitions and well-known results of Riemannian manifolds, which help us throughout the article

  • In, the geodesic E-convex set and geodesic E-convex functions on a Riemannian manifold were introduced by Iqbal et al [ ] as follows

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Summary

Introduction

Convexity and its generalizations play an important role in optimization theory, convex analysis, Minkowski space, and fractal mathematics [ – ]. In , the geodesic E-convex set and geodesic E-convex functions on a Riemannian manifold were introduced by Iqbal et al [ ] as follows. A subset B in a Riemannian manifold N is called GSEC if and only if there is a unique geodesic ηαb +E(b ),αb +E(b )(γ ) of length d(b , b ), which belongs to B, ∀b , b ∈ B, α ∈ [ , ], and γ ∈ [ , ].

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