This paper presents a model-driven method for machine learning of inference rules, which involves both: 'learning by induction ' and 'learning by being told'. By the use of higher concepts (like transitivity and conversity) attributes of and relations among two-place predicates are discovered by induction. This new knowledge is represented as metafacts which can be transformed into inference rules if needed. The relations among meta facts are expressed as meta rules. The higher concept of support sets correspond to the domains for which meta facts are true. The process of restructuring support sets in order to resolve contradictions (and to make inference rules more precise) is discussed.*
Across many fields of social science, machine learning (ML) algorithms are rapidly advancing researc...
Philosophers and linguists have suggested that the meaning of a concept can be represented by a rule...
This article introduces a novel approach for the analysis of the dynamics of reasoning processes and...
Despite early interest Predicate Invention has lately been under-explored within ILP. We develop a f...
International audienceThis paper presents the structure and the performance of a new inference engin...
Traditional Machine Learning approaches are based on single inference mechanisms. A step forward con...
An important area of application for machine learning is in automating the acquisition of knowledge ...
Abstract Despite early interest Predicate Invention has lately been under-explored within ILP. We de...
This thesis is rooted in the field of Inductive Logic Programming (ILP), and, in particular, Meta-In...
The State of the Art of the young domain of Meta-Learning [3] is held by the connectionist approach....
While there has been tremendous progress in automatic database population in recent years, most of h...
Philosophers and linguists have suggested that the meaning of a concept can be represented by a rule...
In the field of machine learning different paradigms are used among which inductive learning. A spe...
We propose a new model of human concept learning that provides a rational analysis for learning of f...
Multiple Instance Learning (MIL) is a type of semi-supervised machine learning used recently in medi...
Across many fields of social science, machine learning (ML) algorithms are rapidly advancing researc...
Philosophers and linguists have suggested that the meaning of a concept can be represented by a rule...
This article introduces a novel approach for the analysis of the dynamics of reasoning processes and...
Despite early interest Predicate Invention has lately been under-explored within ILP. We develop a f...
International audienceThis paper presents the structure and the performance of a new inference engin...
Traditional Machine Learning approaches are based on single inference mechanisms. A step forward con...
An important area of application for machine learning is in automating the acquisition of knowledge ...
Abstract Despite early interest Predicate Invention has lately been under-explored within ILP. We de...
This thesis is rooted in the field of Inductive Logic Programming (ILP), and, in particular, Meta-In...
The State of the Art of the young domain of Meta-Learning [3] is held by the connectionist approach....
While there has been tremendous progress in automatic database population in recent years, most of h...
Philosophers and linguists have suggested that the meaning of a concept can be represented by a rule...
In the field of machine learning different paradigms are used among which inductive learning. A spe...
We propose a new model of human concept learning that provides a rational analysis for learning of f...
Multiple Instance Learning (MIL) is a type of semi-supervised machine learning used recently in medi...
Across many fields of social science, machine learning (ML) algorithms are rapidly advancing researc...
Philosophers and linguists have suggested that the meaning of a concept can be represented by a rule...
This article introduces a novel approach for the analysis of the dynamics of reasoning processes and...