1974
DOI: 10.1016/s0019-9958(74)80023-9
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Entropy of L-fuzzy sets

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1977
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Cited by 93 publications
(24 citation statements)
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“…The Cartesian product A × B of two fuzzy sets A and B is usually defined by the membership function (x, y) → min{A(x), B(y)}. Moreover, the cardinality of a finite fuzzy set is simply the sum of its membership degrees [17]. Thus, (5) and (6) can be generalized as follows:…”
Section: Quality Measures For Fuzzy Association Rulesmentioning
confidence: 99%
See 1 more Smart Citation
“…The Cartesian product A × B of two fuzzy sets A and B is usually defined by the membership function (x, y) → min{A(x), B(y)}. Moreover, the cardinality of a finite fuzzy set is simply the sum of its membership degrees [17]. Thus, (5) and (6) can be generalized as follows:…”
Section: Quality Measures For Fuzzy Association Rulesmentioning
confidence: 99%
“…Now, in some situations one might wish to modify the constraints (17), that is to weaken or to strengthen a conclusion Y ∈ B λ drawn from the condition X ∈ A λ . This leads to a collection , then a more restrictive premise X ∈ A λ (λ < λ ) justifies this conclusion all the more, that is m(λ) ≤ m(λ ).…”
Section: Pure Gradual Rulesmentioning
confidence: 99%
“…The Cartesian product A × B of two fuzzy sets A and B is usually defined by the membership function (x, y) → min{A(x), B(y)}. Moreover, the cardinality of a finite fuzzy set is simply the sum of its membership degrees [18]. Thus, (5) and (6) can be generalized as follows:…”
Section: Fuzzy Association Rulesmentioning
confidence: 99%
“…In fact, if the level-cuts A λ and B m(λ) of the fuzzy sets A and B are intervals, which holds true for commonly used membership functions, then (18) reduces to a class of interval-based association rules. This interpretation assigns an association rule a concrete meaning and might hence be helpful in connection with the acquisition (mining) and interpretation of such rules.…”
Section: Semantic Interpretation Of Fuzzy Association Rulesmentioning
confidence: 99%
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