A computer program, named ADEPT (A Distinctly Empirical Prover of Theorems), has been written which proves theorems taken from the abstract theory of groups. Its operation is basically heuristic, incorporating many of the techniques of the human mathematician in a "natural" way. This program has proved almost 100 theorems, as well as serving as a vehicle for testing and evaluating special-purpose heuristics. A detailed description of the program is supplemented by accounts of its performance on a number of theorems, thus providing many insights into the particular problems inherent in the design of a procedure capable of proving a variety of theorems from this domain. Suggestions have been formulated for further efforts alo...
AbstractIn this paper some enhancements for automated theorem-proving programs, techniques which can...
AbstractThis paper describes a graduate course in which students explored unsolved problems in group...
with a curious proposal. You, a ‘dynamic AI system’, were soon to be launched, and to demonstrate yo...
Experimentation is a component vital of research in automated reasoning. Some problems for experimen...
Theorem-proving is a one-player game. The history of computer programs being the players goes back t...
As the 21st century begins, the power of our magical new tool and partner, the computer, is increasi...
International audienceThe Odd Order Theorem is a landmark result in finite group theory, due to W. F...
Computer programs to find formal proofs of theorems were originally designed as tools for mathematic...
The idea of mechanizing reasoning is an old dream that can be traced at least back to Leibniz. Since...
Since its early days, combinatorial group theory was deeply interwoven with computability theory. In...
Many group-theoretic properties from elementary abstract algebra lend themselves to simple, easily a...
. In this paper we investigate the performance of completion theorem provers on a number of group th...
Theorem discovery, with the help of computer, presents at least two steps of challenges. The first c...
The automation of first order logic has received comparatively little attention from researcher inte...
Introduction Automated theory formation involves the production of objects of interest, concepts ab...
AbstractIn this paper some enhancements for automated theorem-proving programs, techniques which can...
AbstractThis paper describes a graduate course in which students explored unsolved problems in group...
with a curious proposal. You, a ‘dynamic AI system’, were soon to be launched, and to demonstrate yo...
Experimentation is a component vital of research in automated reasoning. Some problems for experimen...
Theorem-proving is a one-player game. The history of computer programs being the players goes back t...
As the 21st century begins, the power of our magical new tool and partner, the computer, is increasi...
International audienceThe Odd Order Theorem is a landmark result in finite group theory, due to W. F...
Computer programs to find formal proofs of theorems were originally designed as tools for mathematic...
The idea of mechanizing reasoning is an old dream that can be traced at least back to Leibniz. Since...
Since its early days, combinatorial group theory was deeply interwoven with computability theory. In...
Many group-theoretic properties from elementary abstract algebra lend themselves to simple, easily a...
. In this paper we investigate the performance of completion theorem provers on a number of group th...
Theorem discovery, with the help of computer, presents at least two steps of challenges. The first c...
The automation of first order logic has received comparatively little attention from researcher inte...
Introduction Automated theory formation involves the production of objects of interest, concepts ab...
AbstractIn this paper some enhancements for automated theorem-proving programs, techniques which can...
AbstractThis paper describes a graduate course in which students explored unsolved problems in group...
with a curious proposal. You, a ‘dynamic AI system’, were soon to be launched, and to demonstrate yo...