Completeness theorem for propositional probabilistic models whose measures have only finite ranges

Archive for Mathematical Logic 43 (4):557-563 (2004)
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Abstract

A propositional logic is defined which in addition to propositional language contains a list of probabilistic operators of the form P ≥s (with the intended meaning ‘‘the probability is at least s’’). The axioms and rules syntactically determine that ranges of probabilities in the corresponding models are always finite. The completeness theorem is proved. It is shown that completeness cannot be generalized to arbitrary theories

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References found in this work

Probabilistic logic.Nils J. Nilsson - 1986 - Artificial Intelligence 28 (1):71-87.
Completeness theorem for biprobability models.Miodrag D. Rašković - 1986 - Journal of Symbolic Logic 51 (3):586-590.

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