AbstractWe present an algorithm for proving epistemic properties of dynamic scenarios in multi-agent systems and an implementation of it as the C++ program Aximo. The program consists of a rewrite system and a recursive reasoner, and we prove that its decision procedure is sound with regard to the algebraic axiomatics of dynamic epistemic logic. We study the termination and complexity of the program and show its applicability, by proving properties of honest and also newer dishonest versions of the the muddy children puzzle as well as a coin toss scenario
With the advance of robots and more intelligent computer programs, belief revision is becoming an in...
Epistemic logic is usually employed to model two aspects of a situation: the ontic and the epistemic...
Epistemic logic investigates what agents know or believe about certain factual descriptions of the w...
AbstractWe present an algorithm for proving epistemic properties of dynamic scenarios in multi-agent...
We present an algorithm for proving epistemic properties of dynamic scenarios in multi-agent systems...
Aximo is a software written in C++ that verifies epistemic properties of dynamic scenarios in multi-...
We refine our algebraic axiomatization in [A. Baltag, B. Coecke, M. Sadrzadeh, Epistemic actions as ...
AbstractWe refine our algebraic axiomatization in [A. Baltag, B. Coecke, M. Sadrzadeh, Epistemic act...
In reasoning about multi-agent systems, it is important to look beyond the realm of propositional l...
A combination of epistemic logic and dynamic logic of programs is presented. Although rich enough to...
AbstractCurrent dynamic epistemic logics for analyzing effects of informational events often become ...
The dynamic epistemic logic for actual knowledge models the phenomenon of actual knowledge change wh...
In dynamic epistemic logic (Van Ditmarsch et al., 2008) it is customary to use an action frame (Balt...
Current dynamic epistemic logics for analyzing effects of informational events often become cumberso...
We provide a Coalgebraic semantics for dynamic epistemic logic and prove the muddy children puzzle u...
With the advance of robots and more intelligent computer programs, belief revision is becoming an in...
Epistemic logic is usually employed to model two aspects of a situation: the ontic and the epistemic...
Epistemic logic investigates what agents know or believe about certain factual descriptions of the w...
AbstractWe present an algorithm for proving epistemic properties of dynamic scenarios in multi-agent...
We present an algorithm for proving epistemic properties of dynamic scenarios in multi-agent systems...
Aximo is a software written in C++ that verifies epistemic properties of dynamic scenarios in multi-...
We refine our algebraic axiomatization in [A. Baltag, B. Coecke, M. Sadrzadeh, Epistemic actions as ...
AbstractWe refine our algebraic axiomatization in [A. Baltag, B. Coecke, M. Sadrzadeh, Epistemic act...
In reasoning about multi-agent systems, it is important to look beyond the realm of propositional l...
A combination of epistemic logic and dynamic logic of programs is presented. Although rich enough to...
AbstractCurrent dynamic epistemic logics for analyzing effects of informational events often become ...
The dynamic epistemic logic for actual knowledge models the phenomenon of actual knowledge change wh...
In dynamic epistemic logic (Van Ditmarsch et al., 2008) it is customary to use an action frame (Balt...
Current dynamic epistemic logics for analyzing effects of informational events often become cumberso...
We provide a Coalgebraic semantics for dynamic epistemic logic and prove the muddy children puzzle u...
With the advance of robots and more intelligent computer programs, belief revision is becoming an in...
Epistemic logic is usually employed to model two aspects of a situation: the ontic and the epistemic...
Epistemic logic investigates what agents know or believe about certain factual descriptions of the w...