LR parsing is a popular parsing strategy for variants of Context-Free Grammar (CFG). It has also been used for mildly context-sensitive formalisms, such as Tree-Adjoining Grammar. In this paper, we present the first LR-style parsing algorithm for Linear Context-Free Rewriting Systems (LCFRS), a mildly context-sensitive extension of CFG which has received considerable attention in the last years in the context of natural language processing
AbstractLR parsers have long been known as being an efficient algorithm for recognizing deterministi...
Context-free grammars (CFGs) provide an intuitive and powerful formalism for describing the syntacti...
AbstractThere has been a recent effort in the literature to reconsider grammar-dependent software de...
Linear Context-free Rewriting Systems (LCFRS) is an expressive grammar formalism with applications i...
Tomita's Generalized LR(1) parser (GLR) algorithm for CF grammars runs in a linear time onLR(1) gram...
We show how LR parsers for the analysis of arbitrary contextfree grammars can be derived from classi...
Abstract. We show how LR parsers for the analysis of arbitrary contextfree grammars can be derived f...
In parsing theory, LL parsing and LR parsing are regarded to be two distinct methods. In this paper ...
TR-COSC 03/89A method for extending the LR parsing method to enable it to deal with context free gr...
LR-regular grammars are defined similarly to Knuth's LR(k) grammars, with the following exception: a...
AbstractCommon LR parser generators lack abstraction facilities for defining recurring patterns of p...
The generalized LR parsing algorithm for context-free grammars, invented by Tomita in 1986, is exten...
Previous work on treebank parsing with discontinuous constituents using Linear Context-Free Rewritin...
This thesis develops the formal aspects of LR parsing for Tree Adjoining Grammars (TAGS) and investi...
Regular right part (RRP) grammars differ from context free (CF) grammars by virtue of the fact that ...
AbstractLR parsers have long been known as being an efficient algorithm for recognizing deterministi...
Context-free grammars (CFGs) provide an intuitive and powerful formalism for describing the syntacti...
AbstractThere has been a recent effort in the literature to reconsider grammar-dependent software de...
Linear Context-free Rewriting Systems (LCFRS) is an expressive grammar formalism with applications i...
Tomita's Generalized LR(1) parser (GLR) algorithm for CF grammars runs in a linear time onLR(1) gram...
We show how LR parsers for the analysis of arbitrary contextfree grammars can be derived from classi...
Abstract. We show how LR parsers for the analysis of arbitrary contextfree grammars can be derived f...
In parsing theory, LL parsing and LR parsing are regarded to be two distinct methods. In this paper ...
TR-COSC 03/89A method for extending the LR parsing method to enable it to deal with context free gr...
LR-regular grammars are defined similarly to Knuth's LR(k) grammars, with the following exception: a...
AbstractCommon LR parser generators lack abstraction facilities for defining recurring patterns of p...
The generalized LR parsing algorithm for context-free grammars, invented by Tomita in 1986, is exten...
Previous work on treebank parsing with discontinuous constituents using Linear Context-Free Rewritin...
This thesis develops the formal aspects of LR parsing for Tree Adjoining Grammars (TAGS) and investi...
Regular right part (RRP) grammars differ from context free (CF) grammars by virtue of the fact that ...
AbstractLR parsers have long been known as being an efficient algorithm for recognizing deterministi...
Context-free grammars (CFGs) provide an intuitive and powerful formalism for describing the syntacti...
AbstractThere has been a recent effort in the literature to reconsider grammar-dependent software de...