MV-algebras with internal states and probabilistic fuzzy logics
International Journal of Approximate Reasoning
Loomis--Sikorski representation of monotone σ-complete effect algebras
Fuzzy Sets and Systems
Conditional probability on σ-MV-algebras
Fuzzy Sets and Systems
Non-reversible betting games on fuzzy events: Complexity and algebra
Fuzzy Sets and Systems
A logical characterization of coherence for imprecise probabilities
International Journal of Approximate Reasoning
An algebraic generalization of the notion of tribe
Fuzzy Sets and Systems
Observables on quantum structures
Information Sciences: an International Journal
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MV-algebras are the models of the time-honored equational theory of magnitudes with unit. Introduced by Chang as a counterpart of the infinite-valued sentential calculus of Lukasiewicz, they are currently investigated for their relations with AFC*-algebras, toric desingularizations, and lattice-ordered abelian groups. Using tensor products, in this paper we shall characterize multiplicatively closed MV-algebras. Generalizing work of Loomis and Sikorski, we shall investigate the relationships between @s-complete multiplicatively closed MV-algebras, and pointwise @s-complete MV-algebras of [0,1]-valued functions.