A Matrixes Of Weighing (MOW) is one of the multicriteria models simplest to build and easy to implement and are nothing else, as its name implies, then an array of rows and columns, through which and following a set of weights on the appropriate criteria, different alternatives can be weighted and hierarchized, where both these alternatives and the criteria can have a quantitative or qualitative origin. A MOW becomes a MOWwMf when multiplying factors are applied to the results obtained by the same.
Published in Chapter:
The Logistic Model Based on Positions (LoMoBaP [MoLoBaC]) and Industry 4.0
José G. G. Hernández R. (Minimax Consultores, Venezuela), Gilberto J. Hernández G. (Minimax Consultores, C.A., Venezuela), and María J. García G. (Minimax Consultores, C.A., Venezuela)
Copyright: © 2019
|Pages: 33
DOI: 10.4018/978-1-5225-4936-9.ch011
Abstract
This chapter relates business logistics, Industry 4.0 and multicriteria decision making. It is analyzed how the Logistic Model Based on Positions, it is adapted to the approach of Industry 4.0. Business logistics is related practically with every area of an organization, which making it appropriate to study organizations. But at the same time these multiple relationships make its study complex.To minimize the complexity of business logistics learning, four models were created to facilitate their teaching. One of them, MoLoBaC, which studies logistics based on the functions performed by those who have positions associated with it, has repercussions in all areas of the organization. This impact makes the MoLoBaC an ideal candidate to study the new business approaches. At the same time it generates interest to know as the MoLoBaC, can adapt to the approach of Industry 4.0. From everything previous the general objective of this work arises: Perform a qualitative-quantitative analysis of the adaptation of the Logistic Model Based on Positions to the new business approach, Industry 4.0.