We give a translation of inheritance nets to normal default theories. To avoid discussions about sceptical and credulous reasoning we only regard unambiguous nets but allow explicit exception links restricting the validity of direct links. Contrary to former translations every link will be translated to a "hard" fact of the corresponding default theory while the defaults only repesent the implicit assumptions made when computing the extension of the net. The translation is sound and complete if we restrict the deduction mechanism of default logic appropriately
Inheritance reasoning has frequently been characterized by algorithms designed to operate on inherit...
AbstractIn this paper, we are going to present a new notion of “extension” for defeasible inheritanc...
Default logic can be regarded as a mechanism to represent families of belief sets of a reasoning age...
. We give a translation of inheritance nets to normal default theories. To avoid discussions about s...
AbstractThis article introduces and uses a representation of defeasible inheritance networks where l...
This paper focuses on network default theories. Etherington [Etherington, 1987] has established a co...
AbstractThis paper introduces a generalization of Reiter's notion of “extension” for default logic. ...
AbstractWe describe here a model for inheritance reasoning based on the notion that a type can be de...
Terminological Logics (TLs) are knowledge representation formalisms of considerable applicative inte...
AbstractWe present a method of compiling arbitrary defeasible (inheritance) networks to general logi...
In this paper, we present a new approach to the logical formalization of ambiguous inheritance hiera...
AbstractAlthough most commonly occurring default rules are normal when viewed in isolation, they can...
Default logic can be regarded as a mechanism to represent families of belief sets of a reasoning age...
Inheritance networks are a type of semantic network which represent both strict (classical implicati...
Most of the work in default logic is about default theories that are completely specified. In this c...
Inheritance reasoning has frequently been characterized by algorithms designed to operate on inherit...
AbstractIn this paper, we are going to present a new notion of “extension” for defeasible inheritanc...
Default logic can be regarded as a mechanism to represent families of belief sets of a reasoning age...
. We give a translation of inheritance nets to normal default theories. To avoid discussions about s...
AbstractThis article introduces and uses a representation of defeasible inheritance networks where l...
This paper focuses on network default theories. Etherington [Etherington, 1987] has established a co...
AbstractThis paper introduces a generalization of Reiter's notion of “extension” for default logic. ...
AbstractWe describe here a model for inheritance reasoning based on the notion that a type can be de...
Terminological Logics (TLs) are knowledge representation formalisms of considerable applicative inte...
AbstractWe present a method of compiling arbitrary defeasible (inheritance) networks to general logi...
In this paper, we present a new approach to the logical formalization of ambiguous inheritance hiera...
AbstractAlthough most commonly occurring default rules are normal when viewed in isolation, they can...
Default logic can be regarded as a mechanism to represent families of belief sets of a reasoning age...
Inheritance networks are a type of semantic network which represent both strict (classical implicati...
Most of the work in default logic is about default theories that are completely specified. In this c...
Inheritance reasoning has frequently been characterized by algorithms designed to operate on inherit...
AbstractIn this paper, we are going to present a new notion of “extension” for defeasible inheritanc...
Default logic can be regarded as a mechanism to represent families of belief sets of a reasoning age...