This paper addresses methods of specialising first-order theories within the context of incremental learning systems. We demonstrate the shortcomings of existing first-order incremental learning systems with regard to their specialisation mechanisms. We prove that these shortcomings are fundamental to the use of classical logic. In particular, minimal "correcting " specialisations are not always obtainable within this framework. We propose instead the adoption of a specialisation scheme based on an existing non-monotonic logic formalism. This approach overcomes the problems that arise with incremental learning systems which employ classical logic. As a side-effect of the formal proofs developed for this paper we define a function ...
In this paper I propose a new approach to the foundation of mathematics: non-monotonic set theory. I...
"Non-monotonic" logical systems are logics in which the introduction of new axioms can invalidate ...
The domain approached here is non-monotonic reasoning and more particularly the formalisms modeling ...
We study and implement algorithms to revise and learn first-order logical theories, written in claus...
Monotonic and dual monotonic language learning from positive as well as from positive and negative e...
this paper is to present an account of these recent developments. The paper is organized as follows....
AbstractMonotonic and dual monotonic language learning from positive as well as from positive and ne...
In the present paper strong-monotonic, monotonic and weak-monotonic reasoning is studied in the cont...
Over the past few decades, non-monotonic reasoning has developed to be one of the most important top...
We present the proof theory and the model theory of a monotonic framework for default reasoning, and...
AbstractIn this paper, a framework for incremental learning is proposed. The predicates already lear...
In this paper I propose a new approach to the foundation of mathematics: non-monotonic set theory. I...
AbstractStandard logical systems enjoy the properties of reflexivity, idempotence, monotony. The lat...
It is important for a learning program to have a reliable method of deciding whether to treat errors...
AbstractThe present paper deals with monotonic and dual monotonic language learning from positive as...
In this paper I propose a new approach to the foundation of mathematics: non-monotonic set theory. I...
"Non-monotonic" logical systems are logics in which the introduction of new axioms can invalidate ...
The domain approached here is non-monotonic reasoning and more particularly the formalisms modeling ...
We study and implement algorithms to revise and learn first-order logical theories, written in claus...
Monotonic and dual monotonic language learning from positive as well as from positive and negative e...
this paper is to present an account of these recent developments. The paper is organized as follows....
AbstractMonotonic and dual monotonic language learning from positive as well as from positive and ne...
In the present paper strong-monotonic, monotonic and weak-monotonic reasoning is studied in the cont...
Over the past few decades, non-monotonic reasoning has developed to be one of the most important top...
We present the proof theory and the model theory of a monotonic framework for default reasoning, and...
AbstractIn this paper, a framework for incremental learning is proposed. The predicates already lear...
In this paper I propose a new approach to the foundation of mathematics: non-monotonic set theory. I...
AbstractStandard logical systems enjoy the properties of reflexivity, idempotence, monotony. The lat...
It is important for a learning program to have a reliable method of deciding whether to treat errors...
AbstractThe present paper deals with monotonic and dual monotonic language learning from positive as...
In this paper I propose a new approach to the foundation of mathematics: non-monotonic set theory. I...
"Non-monotonic" logical systems are logics in which the introduction of new axioms can invalidate ...
The domain approached here is non-monotonic reasoning and more particularly the formalisms modeling ...