AbstractAlthough in recent years considerable progress has been made in the theory of automated theorem proving, the use of theorem provers in practice is still more or less restricted to a limited number of academic groups. A lot of effort has been spent in techniques to optimize the underlying logic engine by, for instance, developing efficient datastructures or controlling redundancy in large search spaces (see [29]). However, the development of techniques and methodologies to integrate such a logic engine into an overall proof assistant has gained less attention. In this paper we discuss the related research problems and will explore possible ways to tackle these problems
Formal logic provides a mathematical foundation for many areas of computer science. Logical langua...
AbstractThe System for Automated Deduction (SAD) is developed in the framework of the Evidence Algor...
Automated deduction (AD) is one of the most advanced and technically deep of the many technologies t...
AbstractAlthough in recent years considerable progress has been made in the theory of automated theo...
There are recent successes of automated deduction techniques in various application domains, such as...
Research in automated deduction is traditionally focused on the problem of determining the satisfia...
Article dans revue scientifique avec comité de lecture.The quest for proved and reliable software go...
We survey research in the automation of deductive inference, from its beginnings in the early histor...
AbstractThe System for Automated Deduction (SAD) is developed in the framework of the Evidence Algor...
Logical reasoning plays a key role in fields as diverse as verification and synthesis, programming l...
We investigate the application of automated deduction techniques to retrieve software components bas...
We present first steps towards fully automated deduction that merely requiresthe user to submit proo...
Abstract: Theorem provers are extremely useful tools for reasoning about complex mathematics and lar...
We consider some issues concerning the role of Formal Logic in Software Engineering education, which...
Formal logic provides a mathematical foundation for many areas of computer science. Logical langua...
Formal logic provides a mathematical foundation for many areas of computer science. Logical langua...
AbstractThe System for Automated Deduction (SAD) is developed in the framework of the Evidence Algor...
Automated deduction (AD) is one of the most advanced and technically deep of the many technologies t...
AbstractAlthough in recent years considerable progress has been made in the theory of automated theo...
There are recent successes of automated deduction techniques in various application domains, such as...
Research in automated deduction is traditionally focused on the problem of determining the satisfia...
Article dans revue scientifique avec comité de lecture.The quest for proved and reliable software go...
We survey research in the automation of deductive inference, from its beginnings in the early histor...
AbstractThe System for Automated Deduction (SAD) is developed in the framework of the Evidence Algor...
Logical reasoning plays a key role in fields as diverse as verification and synthesis, programming l...
We investigate the application of automated deduction techniques to retrieve software components bas...
We present first steps towards fully automated deduction that merely requiresthe user to submit proo...
Abstract: Theorem provers are extremely useful tools for reasoning about complex mathematics and lar...
We consider some issues concerning the role of Formal Logic in Software Engineering education, which...
Formal logic provides a mathematical foundation for many areas of computer science. Logical langua...
Formal logic provides a mathematical foundation for many areas of computer science. Logical langua...
AbstractThe System for Automated Deduction (SAD) is developed in the framework of the Evidence Algor...
Automated deduction (AD) is one of the most advanced and technically deep of the many technologies t...