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INNER PRODUCT BASED ENTROPY IN THE INTUITIONISTIC FUZZY SETTING

International Journal of Uncertainty Fuzziness and Knowledge-Based SystemsPublished 1 June 2006
Ioannis Vlachos, George D. Sergiadis
Citations23
SJR quartileQ3
SJR score0.32
SNIP0.58

TL;DR

An entropy formula for intuitionistic fuzzy sets is presented and an entropy measure is derived based on the normalized normalized fuzzy vector.

Abstract

In this paper, an entropy formula for intuitionistic fuzzy sets is presented. The notion of the intuitionistic fuzzy vector is introduced and an entropy measure is derived based on the normalized inner product between intuitionistic fuzzy vectors in the unit intuitionistic fuzzy cube. Some considerations regarding the geometrical representations of intuitionistic fuzzy sets are also stated and a connection between the different notions of entropy in the intuitionistic fuzzy setting is established. Finally, the relation of the proposed entropy measure to the concepts of correlation and informational energy for intuitionistic fuzzy sets is revealed and a new correlation coefficient is introduced.

Keywords

Computer ScienceDecision SciencesMathematics