Searching and Sorting Prioritization of Sets within Dodecagon of Company Departments using: Analytic Hierarchy Process (AHP) Analysis

Abstract

Dodecagram is a geometric mathematical polygon with twelve sets (sides, arrays) and twelve angles which are polymorphic, homomorphic, and orthogonal. The paper presents twelve sets (arrays of arrays, departments)  which represent typical departments of enterprise. The main purpose of the research is search and sort the sets (arrays) using one of the most popular operational research (OR) /decision science(DS)/management science (MS) tool known as Analytic Hierarchy Process (AHP) Analysis. The connection within the twelve sets are represented using configuration of  abelian graph and complete graphs. The characteristic of abelian graph and complete graphs is that the connection (collection) is without sub optimization with each other (Hussain and Tembe, 2014). It is attractive and interesting to use searching and sorting algorithms because searching and sorting are the two most widely and thoroughly studied, researched, and applied analytic and stochastic mathematical computation topics across many disciplines. It further noteworthy to point out that there are several sorting and searching algorithms. One of the algorithm used in the paper is prioritization using visual programming language with AHP . Sorting and searching can be used specially for interface elements for listed or linked lists(array of arrays). All the set are interlocked via supply chain. The further purpose of this paper is bring analogy that Dodecagram sets are interconnected with supply chain(SC).

Keywords: AHP, Dodecagon, Abelian , Supply Chain, Decision Science, Management Science, Analytics, sub optimization.