In this article we present a model of organization of a belief system based on a set of binary recursive functions that characterize the dynamic context that modifies the beliefs. The initial beliefs are modeled by a set of two-bit words that grow, update, and generate other beliefs as the different experiences of the dynamic context appear. Reason is presented as an emergent effect of the experience on the beliefs. The system presents a layered structure that allows a functional organization of the belief system. Our approach seems suitable to model different ways of thinking and to apply to different realistic scenarios such as ideologies
© 2015 NSP. The dynamics of belief and knowledge is one of the major components of any autonomous sy...
In this paper we explore the relationship between norms of belief revision that may be adopted by me...
One of the most difficult problems in Multi-Agent Systems (MAS) involves representing the knowledge ...
In this article we present a model of organization of a belief system based on a set of binary recur...
The following considerations concern modelling Belief Dynamics (BD) not just in the sense of a forma...
It is well-known that classical models of belief are not realistic representations of human doxastic...
This paper presents an approach to the belief system based on a computational framework in three lev...
The process of rational inquiry can be defined as the evolution of the beliefs of a rational agent a...
The paper describes o system for deoling with nestings of belief in terms of the mechanism of comput...
It is well-known that classical models of belief are not realistic representations of human doxastic...
AbstractWe propose a logic of belief in which the expansion of beliefs beyond what has been explicit...
This thesis deals with the topic of modelling an agent’s beliefs about a dynamic world in a way that...
We propose a semantics for belief in which the derivation of new beliefs from old ones is modeled as...
The dynamics of belief and knowledge is one of the major components of any autonomous system that sh...
Abstract. This paper investigates the power of first-order probabilistic logic (FOPL) as a represent...
© 2015 NSP. The dynamics of belief and knowledge is one of the major components of any autonomous sy...
In this paper we explore the relationship between norms of belief revision that may be adopted by me...
One of the most difficult problems in Multi-Agent Systems (MAS) involves representing the knowledge ...
In this article we present a model of organization of a belief system based on a set of binary recur...
The following considerations concern modelling Belief Dynamics (BD) not just in the sense of a forma...
It is well-known that classical models of belief are not realistic representations of human doxastic...
This paper presents an approach to the belief system based on a computational framework in three lev...
The process of rational inquiry can be defined as the evolution of the beliefs of a rational agent a...
The paper describes o system for deoling with nestings of belief in terms of the mechanism of comput...
It is well-known that classical models of belief are not realistic representations of human doxastic...
AbstractWe propose a logic of belief in which the expansion of beliefs beyond what has been explicit...
This thesis deals with the topic of modelling an agent’s beliefs about a dynamic world in a way that...
We propose a semantics for belief in which the derivation of new beliefs from old ones is modeled as...
The dynamics of belief and knowledge is one of the major components of any autonomous system that sh...
Abstract. This paper investigates the power of first-order probabilistic logic (FOPL) as a represent...
© 2015 NSP. The dynamics of belief and knowledge is one of the major components of any autonomous sy...
In this paper we explore the relationship between norms of belief revision that may be adopted by me...
One of the most difficult problems in Multi-Agent Systems (MAS) involves representing the knowledge ...