This paper shows how propositional dynamic logic (PDL) can be interpreted as a logic for multi-agent belief revision. For that we revise and extend the logic of communication and change (LCC) of [9]. Like LCC, our logic uses PDL as a base epistemic language. Unlike LCC, we start out from agent plausibilities, add their converses, and build knowledge and belief operators from these with the PDL constructs. We extend the update mechanism of LCC to an update mechanism that handles belief change as relation substitution, and we show that the update part of this logic is more expressive than either that of LCC or that of doxastic/epistemic PDL with a belief change modality. It is shown that the properties of knowledge and belief are preserved un...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
This paper shows how propositional dynamic logic (PDL) can be interpreted as a logic for multi-agent...
In this paper we forge a connection between dynamic epistemic logics of belief revision on one hand...
In this paper we forge a connection between dynamic epistemic logics of belief revision on one hand...
This chapter gives an overview of current dynamic logics that describe belief update and revision, b...
In this paper we compare standard ways to perform belief change with attempts to model such change w...
In this paper we compare standard ways to perform belief change with attempts to model such change w...
We present a logical setting that incorporates a belief-revision mechanism within Dynamic-Epistemic ...
We present a logical setting that incorporates a belief-revision mecha-nism within Dynamic-Epistemic...
We give a model for iterated belief change in multi-agent systems. The formal tool we use for this i...
We present a logical setting that incorporates a belief-revision mechanism within Dynamic-Epistemic ...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
With the advance of robots and more intelligent computer programs, belief revision is becoming an in...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
This paper shows how propositional dynamic logic (PDL) can be interpreted as a logic for multi-agent...
In this paper we forge a connection between dynamic epistemic logics of belief revision on one hand...
In this paper we forge a connection between dynamic epistemic logics of belief revision on one hand...
This chapter gives an overview of current dynamic logics that describe belief update and revision, b...
In this paper we compare standard ways to perform belief change with attempts to model such change w...
In this paper we compare standard ways to perform belief change with attempts to model such change w...
We present a logical setting that incorporates a belief-revision mechanism within Dynamic-Epistemic ...
We present a logical setting that incorporates a belief-revision mecha-nism within Dynamic-Epistemic...
We give a model for iterated belief change in multi-agent systems. The formal tool we use for this i...
We present a logical setting that incorporates a belief-revision mechanism within Dynamic-Epistemic ...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
With the advance of robots and more intelligent computer programs, belief revision is becoming an in...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...
In this paper, we present a semantical approach to multi-agent belief revision and belief update. Fo...