In order to realize the full potential of dependency-based syntactic parsing, it is desirable to allow non-projective dependency structures. We show how a datadriven deterministic dependency parser, in itself restricted to projective structures, can be combined with graph transformation techniques to produce non-projective structures. Experiments using data from the Prague Dependency Treebank show that the combined system can handle nonprojective constructions with a precision sufficient to yield a significant improvement in overall parsing accuracy. This leads to the best reported performance for robust non-projective parsing of Czech.
Because the most common transition systems are projective, training a transition-based dependency pa...
Syntactic representations based on word-to-word dependencies have a long-standing tradition in descr...
Automatic syntactic analysis of natural language is one of the fundamental problems in natural langu...
We present a corrective model for recovering non-projective dependency structures from trees gener...
We investigate a series of graph-theoretic constraints on non-projective dependency parsing and thei...
Previous studies in data-driven dependency parsing have shown that tree transformations can improve ...
Non-projective dependencies remain an at large issue in the field of dependency parsing. Regardless ...
We present an empirical evaluation of three methods for the treatment of non-projective structures i...
This thesis deals with automatic syntactic analysis of natural languagetext, also known as parsing. ...
An open problem in dependency parsing is the accurate and efficient treatment of non-projective stru...
This licentiate thesis deals with automatic syntactic analysis, or parsing, of natural languages. A ...
We introduce dependency parsing schemata, a formal framework based on Sikkel's parsing schemata for ...
International audienceThis paper presents a three-step transition-based system for labelled non-proj...
We present parsing algorithms for various mildly non-projective dependency formalisms. In particular...
We present experiments with a dependency parsing model defined on rich factors. Our model represents...
Because the most common transition systems are projective, training a transition-based dependency pa...
Syntactic representations based on word-to-word dependencies have a long-standing tradition in descr...
Automatic syntactic analysis of natural language is one of the fundamental problems in natural langu...
We present a corrective model for recovering non-projective dependency structures from trees gener...
We investigate a series of graph-theoretic constraints on non-projective dependency parsing and thei...
Previous studies in data-driven dependency parsing have shown that tree transformations can improve ...
Non-projective dependencies remain an at large issue in the field of dependency parsing. Regardless ...
We present an empirical evaluation of three methods for the treatment of non-projective structures i...
This thesis deals with automatic syntactic analysis of natural languagetext, also known as parsing. ...
An open problem in dependency parsing is the accurate and efficient treatment of non-projective stru...
This licentiate thesis deals with automatic syntactic analysis, or parsing, of natural languages. A ...
We introduce dependency parsing schemata, a formal framework based on Sikkel's parsing schemata for ...
International audienceThis paper presents a three-step transition-based system for labelled non-proj...
We present parsing algorithms for various mildly non-projective dependency formalisms. In particular...
We present experiments with a dependency parsing model defined on rich factors. Our model represents...
Because the most common transition systems are projective, training a transition-based dependency pa...
Syntactic representations based on word-to-word dependencies have a long-standing tradition in descr...
Automatic syntactic analysis of natural language is one of the fundamental problems in natural langu...