In this paper a probabilistic extensions for terminological knowledge representation languages is defined. Two kinds of probabilistic statements are introduced: statements about conditional probabilities between concepts and statements expressing uncertain knowledge about a specific object. The usual model-theoretic semantics for terminological logics are extended to define interpretations for the resulting probabilistic language. It is our main objective to find an adequate modelling of the way the two kinds of probabilistic knowledge are combined in commonsense inferences of probabilistic statements. Cross entropy minimization is a technique that turns out to be very well suited for achieving this end
Steffen Michels Hybrid Probabilistic Logics: Theoretical Aspects, Algorithms and Experiments Probabi...
Abstract. This paper investigates learning methods where the target language is the recently propose...
This papers develops a logical language for representing probabilistic causal laws. Our interest ...
In this paper a probabilistic extensions for terminological knowledge representation languages is de...
In this report we define a probabilistic extension for a basic terminological knowledge representati...
In this report we define a probabilistic extension for a basic terminological knowledge representati...
We propose a general scheme for adding probabilistic reasoning capabilities to a wide variety of kno...
Logic-based knowledge representation is one of the main building blocks of (logic-based) artificial ...
Probabilistic Logic Programming extends Logic Programming by enabling the representation of uncertai...
Default reasoning about probabilities is the assignment of subjective probabilities on the basis of ...
This thesis deals with Statistical Relational Learning (SRL), a research area combining principles a...
This papers develops a logical language for representing probabilistic causal laws. Our interest in ...
This paper proposes a common framework for various probabilistic logics. It consists of a set of unc...
The work in this paper is directed towards sophisticated formalisms for reasoning under probabilisti...
AbstractThe work in this paper is directed towards sophisticated formalisms for reasoning under prob...
Steffen Michels Hybrid Probabilistic Logics: Theoretical Aspects, Algorithms and Experiments Probabi...
Abstract. This paper investigates learning methods where the target language is the recently propose...
This papers develops a logical language for representing probabilistic causal laws. Our interest ...
In this paper a probabilistic extensions for terminological knowledge representation languages is de...
In this report we define a probabilistic extension for a basic terminological knowledge representati...
In this report we define a probabilistic extension for a basic terminological knowledge representati...
We propose a general scheme for adding probabilistic reasoning capabilities to a wide variety of kno...
Logic-based knowledge representation is one of the main building blocks of (logic-based) artificial ...
Probabilistic Logic Programming extends Logic Programming by enabling the representation of uncertai...
Default reasoning about probabilities is the assignment of subjective probabilities on the basis of ...
This thesis deals with Statistical Relational Learning (SRL), a research area combining principles a...
This papers develops a logical language for representing probabilistic causal laws. Our interest in ...
This paper proposes a common framework for various probabilistic logics. It consists of a set of unc...
The work in this paper is directed towards sophisticated formalisms for reasoning under probabilisti...
AbstractThe work in this paper is directed towards sophisticated formalisms for reasoning under prob...
Steffen Michels Hybrid Probabilistic Logics: Theoretical Aspects, Algorithms and Experiments Probabi...
Abstract. This paper investigates learning methods where the target language is the recently propose...
This papers develops a logical language for representing probabilistic causal laws. Our interest ...