New developments in weighted n-fold type inequalities via discrete generalized â-proportional fractional operators

Abstract

This study explores some significant consequences of discrete-proportional fractional sums (DPFs) having an exponential function as a nonlocal kernel. Certain novel weighted versions comprising a group of positive mappings via (DPFs) are given. A variety of refinements can be derived by taking into account the extraction of the new estimates and the nabla-fractional sums. The suggested technique is a revolutionary formulation of conventional operators that may be used to design efficient mechanism descriptions in short time spans by provoking certain noteworthy properties of chaos theory. Moreover, novel generalizations of the discrete-fractional sum can be generated by the specific value of the proportionality index. Derived outcomes and investigation confirm that the proposed plan will offer gains in many modeling and chaotic framework applications.