The Parikh Theorem states that every context-free grammar (CFG) is equivalent to some regular CFG when the ordering of symbols in the words is ignored. The same is not true for the so-called weighted CFGs, which additionally assign a weight to each grammar rule. If the result holds for a given weighted CFG G, we say that G satisfies the Parikh property. We prove constructively that the Parikh property holds for every weighted nonexpansive CFG. We also give a decision procedure for the property when the weights are over the rationals
In this paper we extend Floyd's notion of parsing by bounded context to define the Bounded Context P...
Context-free grammars (CFGs) provide an intuitive and powerful formalism for describing the syntacti...
In this thesis we discuss four formalisms, that lie between context-free grammars (KNG) and context-...
The Parikh Theorem states that every context-free grammar (CFG) is equivalent to some regular CFG wh...
Parikh\u27s Theorem states that every context-free grammar (CFG) is equivalent to some regular CFG w...
We prove an analog of Parikh's theorem for weighted context-free grammars over commutative, idempot...
AbstractA strengthened form of the pumping lemma for context-free languages is used to give a simple...
This article studies the relationship between weighted context-free grammars (WCFGs), where each pro...
AbstractIn this paper we first compare Parikh's condition to various pumping conditions — Bar-Hillel...
AbstractWe define context-free grammars with Müller acceptance condition that generate languages of ...
We show that there is a simple one-to-one correspondence between Grammatical Framework with context-...
This paper connects between notions of pure formal language theory and nondeterministic programming....
The concept of SVMT-bounded grammars is introduced. It is shown that SVMT-bounded grammars generate ...
We prove that the class of context-free languages with polynomially bounded ambiguity (PCFL) is the...
Grammatical Framework (GF) [5] is a grammar for-malism originating from logical frameworks for de-pe...
In this paper we extend Floyd's notion of parsing by bounded context to define the Bounded Context P...
Context-free grammars (CFGs) provide an intuitive and powerful formalism for describing the syntacti...
In this thesis we discuss four formalisms, that lie between context-free grammars (KNG) and context-...
The Parikh Theorem states that every context-free grammar (CFG) is equivalent to some regular CFG wh...
Parikh\u27s Theorem states that every context-free grammar (CFG) is equivalent to some regular CFG w...
We prove an analog of Parikh's theorem for weighted context-free grammars over commutative, idempot...
AbstractA strengthened form of the pumping lemma for context-free languages is used to give a simple...
This article studies the relationship between weighted context-free grammars (WCFGs), where each pro...
AbstractIn this paper we first compare Parikh's condition to various pumping conditions — Bar-Hillel...
AbstractWe define context-free grammars with Müller acceptance condition that generate languages of ...
We show that there is a simple one-to-one correspondence between Grammatical Framework with context-...
This paper connects between notions of pure formal language theory and nondeterministic programming....
The concept of SVMT-bounded grammars is introduced. It is shown that SVMT-bounded grammars generate ...
We prove that the class of context-free languages with polynomially bounded ambiguity (PCFL) is the...
Grammatical Framework (GF) [5] is a grammar for-malism originating from logical frameworks for de-pe...
In this paper we extend Floyd's notion of parsing by bounded context to define the Bounded Context P...
Context-free grammars (CFGs) provide an intuitive and powerful formalism for describing the syntacti...
In this thesis we discuss four formalisms, that lie between context-free grammars (KNG) and context-...