We present a proof-theoretical and model-theoretical approach to reasoning about knowledge and conditional probability. We extend both the language of epistemic logic and the language of linear weight formulas, allowing statements like “Agent Ag knows that the probability of A given B is at least a half”. We present both a propositional and a first-order version of the logic. We provide sound and complete axiomatizations for both logics and we prove decidability in the propositional case
AbstractThe paper presents the proof-theoretical approach to a probabilistic logic which allows expr...
1 Uncertain knowledge can be modeled by using graded probabilities rather than binary truth-values, ...
Abstract. This paper presents a sound and strongly complete axiomatization of the reasoning about li...
We present a proof-theoretical and model-theoretical approach to reasoning about knowledge and condi...
We present a proof-theoretical and model-theoretical approach to reasoning about knowledge and condi...
Epistemic logics are formal models designed in order to reason about the knowledge of agents and the...
For reasoning about uncertain situations, we have probability theory, and we have logics of knowledg...
In this chapter we present a formal system that results from the combination of two well known forma...
The paper compares two kinds of models for logics of knowledge and belief, neighbourhood models and ...
AbstractWe consider a language for reasoning about probability which allows us to make statements su...
In [1], two logics for reasoning about probabilities were introduced. The first was unable to reason...
AbstractThe concept of conditioning is well known in probability theory, where it is used in artific...
The paper considers two kinds of models for logics of knowledge and be-lief, neighbourhood models an...
For reasoning about uncertain situations, we have probability theory, and we have logics of knowledg...
We propose a logic for reasoning about (multi-agent) epistemic probability models, and for epistemic...
AbstractThe paper presents the proof-theoretical approach to a probabilistic logic which allows expr...
1 Uncertain knowledge can be modeled by using graded probabilities rather than binary truth-values, ...
Abstract. This paper presents a sound and strongly complete axiomatization of the reasoning about li...
We present a proof-theoretical and model-theoretical approach to reasoning about knowledge and condi...
We present a proof-theoretical and model-theoretical approach to reasoning about knowledge and condi...
Epistemic logics are formal models designed in order to reason about the knowledge of agents and the...
For reasoning about uncertain situations, we have probability theory, and we have logics of knowledg...
In this chapter we present a formal system that results from the combination of two well known forma...
The paper compares two kinds of models for logics of knowledge and belief, neighbourhood models and ...
AbstractWe consider a language for reasoning about probability which allows us to make statements su...
In [1], two logics for reasoning about probabilities were introduced. The first was unable to reason...
AbstractThe concept of conditioning is well known in probability theory, where it is used in artific...
The paper considers two kinds of models for logics of knowledge and be-lief, neighbourhood models an...
For reasoning about uncertain situations, we have probability theory, and we have logics of knowledg...
We propose a logic for reasoning about (multi-agent) epistemic probability models, and for epistemic...
AbstractThe paper presents the proof-theoretical approach to a probabilistic logic which allows expr...
1 Uncertain knowledge can be modeled by using graded probabilities rather than binary truth-values, ...
Abstract. This paper presents a sound and strongly complete axiomatization of the reasoning about li...