Development of a Structured Model in Paraconsistent Logic for Analysis and Decision Making in the Choice of Materials for an Automotive Vehicle Assembly Company Elizeu D Gonçalves, João Inácio da Silva Filho, Carlos Teófilo Salinas Sedano

Abstract

It is not a secret that industries seek reduction of time and costs within their process of product development and manufacturing. One of the paths to this reduction is the use of new automation and artificial intelligence technologies, such as the Paraconsistent Annotated Logic with 2 values that treats contradictory and nontrivial information, and that can treat and improve the accuracy of technical information of audits and evaluation of components for assembly of prototype and pre-production units. This work's results will enable to minimize operations issues with enhancement of information quality and thus reduce rework, delays and consequently additional costs.