In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe agents and agent types in Defeasible Logic. We argue that the introduction of obligations can provide a new reading of the concepts of intention and intentionality. Then we examine the notion of social agent (i.e., an agent where obligations prevail over intentions) and discuss some computational and philosophical issues related to it. We show that the notion of social agent either requires more complex computations or has some philosophical drawbacks
Agents within a group can have different perceptions of their working environment and autonomously f...
In this paper we formalize sanction-based obligations in the context of Searle’s construction of soc...
Modal logics with possible worlds semantics can be used to represent mental states such as belief, g...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
We propose a computationally oriented non-monotonic multi-modal logic arising from the combination o...
Defeasible Logic is extended to programming languages for cognitive agents with preferences and acti...
Most of the theories on formalising intention interpret it as a unary modal operator in Kripkean sem...
Agents within a group can have different perceptions of their working environment and autonomously f...
In this paper we formalize sanction-based obligations in the context of Searle’s construction of soc...
Modal logics with possible worlds semantics can be used to represent mental states such as belief, g...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
In this paper we follow the BOID (Belief, Obligation, Intention, Desire) architecture to describe ag...
We propose a computationally oriented non-monotonic multi-modal logic arising from the combination o...
Defeasible Logic is extended to programming languages for cognitive agents with preferences and acti...
Most of the theories on formalising intention interpret it as a unary modal operator in Kripkean sem...
Agents within a group can have different perceptions of their working environment and autonomously f...
In this paper we formalize sanction-based obligations in the context of Searle’s construction of soc...
Modal logics with possible worlds semantics can be used to represent mental states such as belief, g...