4.8 Article

Characterizations of Residual Implications Derived From Copulas

Journal

IEEE TRANSACTIONS ON FUZZY SYSTEMS
Volume 31, Issue 4, Pages 1409-1415

Publisher

IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC
DOI: 10.1109/TFUZZ.2022.3197902

Keywords

Probability; Probabilistic logic; Level set; Reliability theory; Knowledge based systems; Indexes; Fuzzy sets; Copula; fuzzy implication; level curve; proper quasi-copula; residual implication

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This article focuses on residual implications derived from copulas, which are a special type of conjunctors derived from probability theory and statistics. We provide a characterization of these residual implications by level sets, offering a geometrical insight into their properties and applications.
Residual implications derived from conjunctors are one of the most important fuzzy implications in fuzzy logic which possess interesting theoretical and practical properties. Copulas are a special kind of conjunctors that come from probability theory and statistics that have important applications in many fields. We mainly discuss residual implications derived from copulas in this article. We further specify the domain of variables in a characterization of residual implications derived from quasi-copulas. A characterization of residual implications derived from proper quasi-copulas is obtained, which provides a characterization of residual implications derived from copulas. Since that characterization is not intuitive enough, we give another characterization of residual implications derived from copulas by level sets, which provides a geometrical insight.

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