In recent years, mathematical theories and tools specifically aimed at solving complex real-world problems and the consequent representation of models characterized by a certain degree of ambiguity, uncertainty and vagueness have assumed an increasingly important role in the landscape of pure and applied science disciplines. Among them, particularly Soft Set theory and Neutrosophic Set theory have revolutionized our ability to understand and model physical phenomena more accurately and they have consequently seen a growth in interest and research efforts as well as scientific production in their respective fields.
On Soft and Neutrosophic Sets
Giorgio Nordo
Primo
Investigation
;
2024-01-01
Abstract
In recent years, mathematical theories and tools specifically aimed at solving complex real-world problems and the consequent representation of models characterized by a certain degree of ambiguity, uncertainty and vagueness have assumed an increasingly important role in the landscape of pure and applied science disciplines. Among them, particularly Soft Set theory and Neutrosophic Set theory have revolutionized our ability to understand and model physical phenomena more accurately and they have consequently seen a growth in interest and research efforts as well as scientific production in their respective fields.File in questo prodotto:
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