Add to ORKGInteractive theorem provers can model complex systems, but require much e#ort to prove theorems. Resolution theorem provers are automatic and powerful, but they are designed to be used for very different applications. This paper reports a series of experiments designed to determine whether resolution can support interactive proof as it is currently done. In particular, we present a sound and practical encoding in first-order logic of Isabelle's type classes
This paper is an overview of a variety of results, all centered around a common theme, namely embedd...
We provide techniques to integrate resolution logic with equality into type theory. The results may ...
This paper is an overview of a variety of results, all centered around a common theme, namely embedd...
Abstract. Interactive theorem provers can model complex systems, but require much effort to prove th...
We transform a user-friendly formulation of aproblem to a machine-friendly one exploiting the variab...
AbstractIn this paper we investigate automated theorem proving systems represented as finite classes...
AbstractThis paper describes the study of some specific test problems in automated theorem proving. ...
Interactive theorem provers require too much effort from their users. We have been developing a syst...
Abstract. Interactive and resolution based automatic provers have both been used widely. Interactive...
AbstractInteractive theorem provers require too much effort from their users. We have been developin...
AbstractInteractive theorem provers require too much effort from their users. We have been developin...
AbstractAn interactive theorem prover, Isabelle, is under development. In lcf, each inference rule i...
We review the fundamental resolution-based methods for first-order theorem proving and present them ...
We provide techniques to integrate resolution logic with equality into type theory. The results may ...
We review the fundamental resolution-based methods for first-order theorem proving and present them ...
This paper is an overview of a variety of results, all centered around a common theme, namely embedd...
We provide techniques to integrate resolution logic with equality into type theory. The results may ...
This paper is an overview of a variety of results, all centered around a common theme, namely embedd...
Abstract. Interactive theorem provers can model complex systems, but require much effort to prove th...
We transform a user-friendly formulation of aproblem to a machine-friendly one exploiting the variab...
AbstractIn this paper we investigate automated theorem proving systems represented as finite classes...
AbstractThis paper describes the study of some specific test problems in automated theorem proving. ...
Interactive theorem provers require too much effort from their users. We have been developing a syst...
Abstract. Interactive and resolution based automatic provers have both been used widely. Interactive...
AbstractInteractive theorem provers require too much effort from their users. We have been developin...
AbstractInteractive theorem provers require too much effort from their users. We have been developin...
AbstractAn interactive theorem prover, Isabelle, is under development. In lcf, each inference rule i...
We review the fundamental resolution-based methods for first-order theorem proving and present them ...
We provide techniques to integrate resolution logic with equality into type theory. The results may ...
We review the fundamental resolution-based methods for first-order theorem proving and present them ...
This paper is an overview of a variety of results, all centered around a common theme, namely embedd...
We provide techniques to integrate resolution logic with equality into type theory. The results may ...
This paper is an overview of a variety of results, all centered around a common theme, namely embedd...