The possible worlds semantics is a fruitful approach used in Artificial Intelligence (AI) for both modelling as well as reasoning about knowledge in agent systems via modal logics. In this work our main idea is not to model/reason about knowledge but to provide a theoretical framework for knowledge assessment (KA) with the help of Monatague-Scott (MS) semantics of modal logic. In KA questions asked and answers collected are the central elements and knowledge notions will be defined from these (i.e., possible states of knowledge of subjects in a population with respect to a field of information)
The inadequacy of the usual possible world semantics of modal languages when the meaning of 'belief'...
AbstractIn this paper we introduce the justified knowledge operator J with the intended meaning of J...
AbstractWe introduce quantified interpreted systems, a semantics to reason about knowledge in multi-...
If we want of group of autonomous agents to act and to cooperate in a world, each of them needs know...
This paper presents a logic of knowledge, belief and certainty, which allows us to explicitly expres...
Abstract: It has been argued that knowledge is a useful tool for designing and analyzing complex sys...
The semantics of modal logics for reasoning about belief or knowledge is often described in terms of...
This paper discusses, with the help of three examples from modal epistemology, what we can learn fro...
Abstract: A novel assessment procedure based on knowledge space theory (KST) is presented along with...
In multi-agent systems, the knowledge of agents about other agents??? knowledge often plays a pivota...
AbstractModal logics are currently widely accepted as a suitable tool of knowledge representation, a...
AbstractLogical formalisation of agent behaviour is desirable, not only in order to provide a clear ...
Recently, it has become a custom to treat questions (or, better, questioning) as a game between two ...
Epistemic modal logic in a narrow sense studies and formalises reasoning about knowledge. In a wide...
Hans van Ditmarsch, Wiebe van der Hoek and Barteld Kooi (2011). Reasoning about local properties in ...
The inadequacy of the usual possible world semantics of modal languages when the meaning of 'belief'...
AbstractIn this paper we introduce the justified knowledge operator J with the intended meaning of J...
AbstractWe introduce quantified interpreted systems, a semantics to reason about knowledge in multi-...
If we want of group of autonomous agents to act and to cooperate in a world, each of them needs know...
This paper presents a logic of knowledge, belief and certainty, which allows us to explicitly expres...
Abstract: It has been argued that knowledge is a useful tool for designing and analyzing complex sys...
The semantics of modal logics for reasoning about belief or knowledge is often described in terms of...
This paper discusses, with the help of three examples from modal epistemology, what we can learn fro...
Abstract: A novel assessment procedure based on knowledge space theory (KST) is presented along with...
In multi-agent systems, the knowledge of agents about other agents??? knowledge often plays a pivota...
AbstractModal logics are currently widely accepted as a suitable tool of knowledge representation, a...
AbstractLogical formalisation of agent behaviour is desirable, not only in order to provide a clear ...
Recently, it has become a custom to treat questions (or, better, questioning) as a game between two ...
Epistemic modal logic in a narrow sense studies and formalises reasoning about knowledge. In a wide...
Hans van Ditmarsch, Wiebe van der Hoek and Barteld Kooi (2011). Reasoning about local properties in ...
The inadequacy of the usual possible world semantics of modal languages when the meaning of 'belief'...
AbstractIn this paper we introduce the justified knowledge operator J with the intended meaning of J...
AbstractWe introduce quantified interpreted systems, a semantics to reason about knowledge in multi-...