Add to ORKGThe concept of well-behaved inference rules is developed in first-order polynomial based theorem proving. It is shown that well-behaved inference rules are complete for both the set-of-support strategy and the linear strategy. Two concrete such inference rules are presented, and other two strategies for them are proposed
In this paper we define computationally well-behaved versions of classical first-order logic and pro...
Coherent reasoning under uncertainty can be represented in a very general manner by coherent sets of...
Learning in first-order logic (FOL) languages suffers from a specific difficulty: both induction and...
The concept of well-behaved inference rules is developed in first-order polynomial-based theorem pro...
The concept of well-behaved inference rules is developed in first-order polynomial-based theorem pro...
This article presents a taxonomy of strategies for fully-automated general-purpose first-order theor...
We consider the concept of a local set of inference rules. A local rule set can be automatically tra...
Two inference rules are discussed in boolean ring based theorem proving, and linear strategy is deve...
: We have argued elsewhere that first order inference can be made more efficient by using non-standa...
AbstractDeduction methods for first-order constrained clauses with equality are described within an ...
Most probabilistic inference algorithms are specified and processed on a propositional level. In the...
A procedure is given for recognizing sets of inference rules that generate polynomial time decidab...
Introduction The Boolean ring or first-order polynomial based theorem proving began with the work o...
AbstractA new method for first-order theorem proving based on the Boolean ring approach is proposed....
Knowledge Representation and Reasoning is the area of artificial intelligence that is concerned with...
In this paper we define computationally well-behaved versions of classical first-order logic and pro...
Coherent reasoning under uncertainty can be represented in a very general manner by coherent sets of...
Learning in first-order logic (FOL) languages suffers from a specific difficulty: both induction and...
The concept of well-behaved inference rules is developed in first-order polynomial-based theorem pro...
The concept of well-behaved inference rules is developed in first-order polynomial-based theorem pro...
This article presents a taxonomy of strategies for fully-automated general-purpose first-order theor...
We consider the concept of a local set of inference rules. A local rule set can be automatically tra...
Two inference rules are discussed in boolean ring based theorem proving, and linear strategy is deve...
: We have argued elsewhere that first order inference can be made more efficient by using non-standa...
AbstractDeduction methods for first-order constrained clauses with equality are described within an ...
Most probabilistic inference algorithms are specified and processed on a propositional level. In the...
A procedure is given for recognizing sets of inference rules that generate polynomial time decidab...
Introduction The Boolean ring or first-order polynomial based theorem proving began with the work o...
AbstractA new method for first-order theorem proving based on the Boolean ring approach is proposed....
Knowledge Representation and Reasoning is the area of artificial intelligence that is concerned with...
In this paper we define computationally well-behaved versions of classical first-order logic and pro...
Coherent reasoning under uncertainty can be represented in a very general manner by coherent sets of...
Learning in first-order logic (FOL) languages suffers from a specific difficulty: both induction and...