Justification logics are epistemic logics that explicitly include justifications for the agents' knowledge. We develop a multi-agent justification logic with evidence terms for individual agents as well as for common knowledge. We define a Kripke-style semantics that is similar to Fitting's semantics for the Logic of Proofs LP. We show the soundness, completeness, and finite model property of our multi-agent justification logic with respect to this Kripke-style semantics. We demonstrate that our logic is a conservative extension of Yavorskaya's minimal bimodal explicit evidence logic, which is a two-agent version of LP. We discuss the relationship of our logic to the multi-agent modal logic S4 with common knowledge. Finally, we give a brief...
The paper axiomatizes individual and common belief by means of modal propositional logic systems of ...
The name Generic Common Knowledge (GCK) was suggested by Artemov to cap-ture a state of a multi-agen...
Starting off from the usual language of modal logic for multi-agent systems dealing with the agents’...
Justification logics are epistemic logics that explicitly include justifications for the agents' kno...
AbstractIn this paper we introduce the justified knowledge operator J with the intended meaning of J...
This paper presents a logic combining , a framework for reasoning about multi-agent communication, w...
AbstractKnowledge, belief, and evidence are fundamental notions which appear in a wide range of area...
Modal logic S5 is commonly viewed as an epistemic logic that captures the most basic properties of k...
This paper presents a logic combining Dynamic Epistemic Logic, a framework for reasoning about multi...
textabstractThis paper presents a logical system in which various group-level epistemic actions are ...
This paper presents a logic combining , a framework for reasoning about multi-agent communication, w...
In this paper, we will sketch the basic system of Justification Logic, which is a general logical fr...
Multi-agent systems operating in complex domains crucially require agents to interact with each othe...
We describe a general logical framework, Justification Logic, for reasoning about epistemic justific...
Justification cation Logic is the logic which introduces justifications to the epistemic setting. In...
The paper axiomatizes individual and common belief by means of modal propositional logic systems of ...
The name Generic Common Knowledge (GCK) was suggested by Artemov to cap-ture a state of a multi-agen...
Starting off from the usual language of modal logic for multi-agent systems dealing with the agents’...
Justification logics are epistemic logics that explicitly include justifications for the agents' kno...
AbstractIn this paper we introduce the justified knowledge operator J with the intended meaning of J...
This paper presents a logic combining , a framework for reasoning about multi-agent communication, w...
AbstractKnowledge, belief, and evidence are fundamental notions which appear in a wide range of area...
Modal logic S5 is commonly viewed as an epistemic logic that captures the most basic properties of k...
This paper presents a logic combining Dynamic Epistemic Logic, a framework for reasoning about multi...
textabstractThis paper presents a logical system in which various group-level epistemic actions are ...
This paper presents a logic combining , a framework for reasoning about multi-agent communication, w...
In this paper, we will sketch the basic system of Justification Logic, which is a general logical fr...
Multi-agent systems operating in complex domains crucially require agents to interact with each othe...
We describe a general logical framework, Justification Logic, for reasoning about epistemic justific...
Justification cation Logic is the logic which introduces justifications to the epistemic setting. In...
The paper axiomatizes individual and common belief by means of modal propositional logic systems of ...
The name Generic Common Knowledge (GCK) was suggested by Artemov to cap-ture a state of a multi-agen...
Starting off from the usual language of modal logic for multi-agent systems dealing with the agents’...