Theory of truth degrees of formulas in Lukasiewicz n-valued propositional logic and a limit theorem
LI ., Bijing, Wang, Guojun
Abstract
LI ., Bijing, Wang, Guojun
Abstract
The concept of truth degrees of formulas in (L)ukasiewicz n-valued proposi tional logic Ln is proposed. A limit theorem is obtained, which says that the truth function (T)n induced by truth degrees converges to the integrated truth function (T) when n converges to infinite. Hence this limit theorem builds a bridge between the discrete valued (L)ukasiewicz logic and the continuous valued (L)ukasiewicz logic. Moreover, the results obrained in the present paper is a natural generalization of the corresponding results obtained in two-valued propositional logic.
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The concept of truth degrees of formulas in (L)ukasiewicz n-valued proposi tional logic Ln is proposed. A limit theorem is obtained, which says that the truth function (T)n induced by truth degrees converges to the integrated truth function (T) when n converges to infinite. Hence this limit theorem builds a bridge between the discrete valued (L)ukasiewicz logic and the continuous valued (L)ukasiewicz logic. Moreover, the results obrained in the present paper is a natural generalization of the corresponding results obtained in two-valued propositional logic.
Key concepts: Truth function, Mathematics, Propositional calculus, Limit (mathematics), Generalization, Truth value, Łukasiewicz logic, Discrete mathematics