ABSTRACT This paper presents a unified approach to parsing, in which top-down, bottomup and left-corner parsers are related to preorder, postorder and inorder tree traversals. It is shown that the simplest bottom-up and left-corner parsers are left recursive and must be converted using an extended Greibach normal form. With further partial execution, the bottom-up and left-corner parsers collapse together as in the BUP parser of Matsumoto
Abstract. We propose a modular design of tabular parsing algorithms for treeadjoining languages. The...
Parsing Expression Grammars (PEGs) define languages by specifying a recursive-descent parser that re...
In this paper a bidirectional parser for Lexicalized Tree Adjoining Grammars will be presented. The ...
This paper presents a unified approach to parsing, in which top-down, bottom-up and left-corner pars...
Using general results on dynamic programming techniques for the evaluation of definite clause progra...
In functional and logic programming, parsers can be built as modular executable specifications of gr...
We describe several tabular algorithms for Tree Adjoining Grammar parsing, creating a continuum from...
Tree Adjoining Grammar (TAG) is a formalism that has become very popular for the description of natu...
In functional and logic programming, parsers can be built as modular executable specifications of gr...
Current tree parsing algorithms for nonregular tree languages all have superlinear running times, po...
A parser is an algorithm that computes a structure for an input string given a grammar. All parsers ...
This paper examines efficient predictive broad-coverage parsing without dynamic programming. In cont...
We show that more head-driven parsing algorithms can be formulated than those occurring in the exist...
Automatic syntactic analysis of natural language is one of the fundamental problems in natural langu...
This thesis presents the design and implementation of practical general top-down parsers. Top-down p...
Abstract. We propose a modular design of tabular parsing algorithms for treeadjoining languages. The...
Parsing Expression Grammars (PEGs) define languages by specifying a recursive-descent parser that re...
In this paper a bidirectional parser for Lexicalized Tree Adjoining Grammars will be presented. The ...
This paper presents a unified approach to parsing, in which top-down, bottom-up and left-corner pars...
Using general results on dynamic programming techniques for the evaluation of definite clause progra...
In functional and logic programming, parsers can be built as modular executable specifications of gr...
We describe several tabular algorithms for Tree Adjoining Grammar parsing, creating a continuum from...
Tree Adjoining Grammar (TAG) is a formalism that has become very popular for the description of natu...
In functional and logic programming, parsers can be built as modular executable specifications of gr...
Current tree parsing algorithms for nonregular tree languages all have superlinear running times, po...
A parser is an algorithm that computes a structure for an input string given a grammar. All parsers ...
This paper examines efficient predictive broad-coverage parsing without dynamic programming. In cont...
We show that more head-driven parsing algorithms can be formulated than those occurring in the exist...
Automatic syntactic analysis of natural language is one of the fundamental problems in natural langu...
This thesis presents the design and implementation of practical general top-down parsers. Top-down p...
Abstract. We propose a modular design of tabular parsing algorithms for treeadjoining languages. The...
Parsing Expression Grammars (PEGs) define languages by specifying a recursive-descent parser that re...
In this paper a bidirectional parser for Lexicalized Tree Adjoining Grammars will be presented. The ...