In this paper we describe an environment for reasoning about the reals which combines the rigour of a theorem prover with the power of a computer algebra system. 1 Introduction Computer theorem provers are a topic of research interest in their own right. However much of their popularity stems from their application in computeraided verification, i.e. proving that designs of electronic or computer systems, programs, protocols and crypto-systems satisfy certain properties. Such proofs, as compared with the proofs one finds in mathematics books, usually involve less sophisticated central ideas, but contain far more technical Supported by the Science and Engineering Research Council, UK. y Supported by SERC grant GR/G 33837 and a grant fr...
Mechanised reasoning systems and computer algebra systems have apparentlydifferent objectives. Their...
AbstractThe mechanisation of the real numbers within theorem provers is of practical benefit for the...
Introduction The Isabelle/HOL environment [8] combines the power of au-tomated reasoning with higher...
. Computer algebra systems are extremely powerful and flexible, but often give results which require...
We present a prototype of a computer algebra system that is built on top of a proof assistant, HOL L...
Contains fulltext : 35027.pdf (publisher's version ) (Open Access
. Mechanised reasoning systems and computer algebra systems have different objectives. Their integra...
As verification efforts using interactive theorem proving grow, we are in need of certified algorith...
We assess the current state of research in the application of computer aided formal reasoning to com...
One of the most important benefits of using a theorem prover system is the absolute accuracy of the ...
We give an overview of issues surrounding computer-verified theorem proving in the standard pure-mat...
AbstractIn this paper the interaction between users and the interactive theorem prover HOL is invest...
We assess the current state of research in the application of computer aided formal reasoning to com...
International audienceIn the recent years, numerous proof systems have improved enough to be used fo...
I’ve always been interested in using theorem provers both for “practical ” applications in formally ...
Mechanised reasoning systems and computer algebra systems have apparentlydifferent objectives. Their...
AbstractThe mechanisation of the real numbers within theorem provers is of practical benefit for the...
Introduction The Isabelle/HOL environment [8] combines the power of au-tomated reasoning with higher...
. Computer algebra systems are extremely powerful and flexible, but often give results which require...
We present a prototype of a computer algebra system that is built on top of a proof assistant, HOL L...
Contains fulltext : 35027.pdf (publisher's version ) (Open Access
. Mechanised reasoning systems and computer algebra systems have different objectives. Their integra...
As verification efforts using interactive theorem proving grow, we are in need of certified algorith...
We assess the current state of research in the application of computer aided formal reasoning to com...
One of the most important benefits of using a theorem prover system is the absolute accuracy of the ...
We give an overview of issues surrounding computer-verified theorem proving in the standard pure-mat...
AbstractIn this paper the interaction between users and the interactive theorem prover HOL is invest...
We assess the current state of research in the application of computer aided formal reasoning to com...
International audienceIn the recent years, numerous proof systems have improved enough to be used fo...
I’ve always been interested in using theorem provers both for “practical ” applications in formally ...
Mechanised reasoning systems and computer algebra systems have apparentlydifferent objectives. Their...
AbstractThe mechanisation of the real numbers within theorem provers is of practical benefit for the...
Introduction The Isabelle/HOL environment [8] combines the power of au-tomated reasoning with higher...