AbstractIn this paper, we prove decidability properties and new results on the position of the family of languages generated by (circular) splicing systems within the Chomsky hierarchy. The two main results of the paper are the following. First, we show that it is decidable, given a circular splicing language and a regular language, whether they are equal. Second, we prove the language generated by an alphabetic splicing system is context-free. Alphabetic splicing systems are a generalization of simple and semi-simple splicing systems already considered in the literature
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Abstract: In this paper we propose a generalization of the accepting splicingsystems introduced in M...
International audienceIn this paper, we prove decidability properties and new results on the positio...
AbstractIn this paper, we prove decidability properties and new results on the position of the famil...
International audienceIn this paper, we prove decidability properties and new results on the positio...
AbstractSplicing systems are generative devices of formal languages, introduced by Head in 1987 to m...
AbstractSplicing systems are generative devices of formal languages, introduced by Head in 1987 to m...
AbstractComputing by splicing is a new powerful tool stemming originally from molecular genetics. Th...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
AbstractWe consider one of the most restrictive classes of splicing (H) systems, namely based on spl...
Abstract: In this paper we propose a generalization of the accepting splicingsystems introduced in M...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Abstract: In this paper we propose a generalization of the accepting splicingsystems introduced in M...
International audienceIn this paper, we prove decidability properties and new results on the positio...
AbstractIn this paper, we prove decidability properties and new results on the position of the famil...
International audienceIn this paper, we prove decidability properties and new results on the positio...
AbstractSplicing systems are generative devices of formal languages, introduced by Head in 1987 to m...
AbstractSplicing systems are generative devices of formal languages, introduced by Head in 1987 to m...
AbstractComputing by splicing is a new powerful tool stemming originally from molecular genetics. Th...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
AbstractWe consider one of the most restrictive classes of splicing (H) systems, namely based on spl...
Abstract: In this paper we propose a generalization of the accepting splicingsystems introduced in M...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Splicing systems are generative devices of formal languages, introduced by Head in 1987 to model bio...
Abstract: In this paper we propose a generalization of the accepting splicingsystems introduced in M...