Add to ORKGAbstract. Developing automatable methods for proving termination of term rewrite systems that resist traditional techniques based on simplification orders has become an active research area in the past few years. The dependency pair method of Arts and Giesl is one of the most popular such methods. However, there are several obstacles that hamper its automation. In this paper we present new ideas to overcome these obstacles. We provide ample numerical data supporting our ideas.
Abstract The higher-order rewrite systems (HRS for short) are a computation model of functional prog...
AbstractRecently, Arts and Giesl developed the dependency pair approach which allows automated termi...
Abstract. Termination is one of the most interesting problems when dealing with context-sensitive re...
Developing automatable methods for proving termination of term rewrite systems that resist tradition...
Developing automatable methods for proving termination of term rewrite systems that resist tradition...
AbstractDeveloping automatable methods for proving termination of term rewrite systems that resist t...
Developing automatable methods for proving termination of term rewrite systems that resist tradition...
Abstract. In this paper we present some new refinements of the dependency pair method for automatica...
The dependency pair approach [2, 13, 14] is a powerful technique for automated termination and inner...
Abstract. The dependency pair approach is one of the most powerful techniques for termination and in...
Abstract. The match-bound technique is a recent and elegant method to prove the termination of rewri...
The dependency pair framework is a new general concept to integrate arbitrary techniques for termin...
Abstract. The dependency pair technique of Arts and Giesl [1-3] for termination proofs of term rewri...
Abstract. The dependency pair technique is a powerful modular method for automated termination proof...
AbstractWe present techniques to prove termination and innermost termination of term rewriting syste...
Abstract The higher-order rewrite systems (HRS for short) are a computation model of functional prog...
AbstractRecently, Arts and Giesl developed the dependency pair approach which allows automated termi...
Abstract. Termination is one of the most interesting problems when dealing with context-sensitive re...
Developing automatable methods for proving termination of term rewrite systems that resist tradition...
Developing automatable methods for proving termination of term rewrite systems that resist tradition...
AbstractDeveloping automatable methods for proving termination of term rewrite systems that resist t...
Developing automatable methods for proving termination of term rewrite systems that resist tradition...
Abstract. In this paper we present some new refinements of the dependency pair method for automatica...
The dependency pair approach [2, 13, 14] is a powerful technique for automated termination and inner...
Abstract. The dependency pair approach is one of the most powerful techniques for termination and in...
Abstract. The match-bound technique is a recent and elegant method to prove the termination of rewri...
The dependency pair framework is a new general concept to integrate arbitrary techniques for termin...
Abstract. The dependency pair technique of Arts and Giesl [1-3] for termination proofs of term rewri...
Abstract. The dependency pair technique is a powerful modular method for automated termination proof...
AbstractWe present techniques to prove termination and innermost termination of term rewriting syste...
Abstract The higher-order rewrite systems (HRS for short) are a computation model of functional prog...
AbstractRecently, Arts and Giesl developed the dependency pair approach which allows automated termi...
Abstract. Termination is one of the most interesting problems when dealing with context-sensitive re...