Neurofuzzy Mathematical Logic Quality (NMLQ) in a Fourth Dimension View with ISO Standard 25000 (SQuaRE) and Scale Likert Applied in Diabetes Control

Shia Chau Sen, Shia Khaohun, Shia Mey Kuang

Abstract: A modeling that uses Neurofuzzy Mathematical Logic Quality (NMLQ) methods in a Fourth Dimension View with ISO Standard 25000 (SQuaRE) and Scale Likert can be justified when it is desired to analyze behaviors of non-linear systems, time and training of an artificial neural network (RNA). Also, allow your results to be interpreted, as the techniques are based on human reasoning and linguistic or graphic descriptions.

Keywords: Biological systems, fuzzy systems, Neurofuzzy, Fourth dimension view, Fourie series, Fourie transform, polynomial functions, Intelligent computational mechanism