Abstract. Natural language parsing, as one of the central tasks in nat-ural language processing, is widely used in many AI fields. In this paper, we address an issue of parser performance evaluation, particularly its variation across datasets. We propose three simple statistical measures to characterize the datasets and also evaluate their correlation to the parser performance. The results clearly show that different parsers have different performance variation and sensitivity against these measures. The method can be used to guide the choice of natural language parsers for new domain applications, as well as systematic combination for better parsing accuracy.
The paper introduces a methodological innovation as well as a practical innovation. Firstly, two sce...
There is a large number of classifiers that can be used for generating a parse model; i.e., as an or...
Program analysis tools used in software maintenance must be robust and ought to be accurate. Many da...
Natural Language Processing (NLP) is a vital aspect for artificial intelligence systems to achieve i...
Because of the wide variety of contemporary practices used in the automatic syntactic parsing of nat...
Despite increasing research into the use of syntax during statistical machine translation, the incor...
In the past decade several natural language parsing systems have emerged, which use different metho...
There is growing interest in using automatically computed corpus-based evaluation metrics to evaluat...
For building question answering systems and natural lan-guage interfaces, semantic parsing has emerg...
The growing work in multi-lingual parsing faces the challenge of fair comparative evaluation and per...
With the growing interest in statistical parsing, special attention has been recently devoted to the...
Though very important in software engineering, linking artifacts of the same type (clone detection) ...
Interest in large-scale, grammar-based parsing has recently seen a large increase, in response to th...
We describe a parsing system based upon a language model for English that is, in turn, based upon a...
This paper introduces an objective metric for assessing the effectiveness of a parsing scheme. Infor...
The paper introduces a methodological innovation as well as a practical innovation. Firstly, two sce...
There is a large number of classifiers that can be used for generating a parse model; i.e., as an or...
Program analysis tools used in software maintenance must be robust and ought to be accurate. Many da...
Natural Language Processing (NLP) is a vital aspect for artificial intelligence systems to achieve i...
Because of the wide variety of contemporary practices used in the automatic syntactic parsing of nat...
Despite increasing research into the use of syntax during statistical machine translation, the incor...
In the past decade several natural language parsing systems have emerged, which use different metho...
There is growing interest in using automatically computed corpus-based evaluation metrics to evaluat...
For building question answering systems and natural lan-guage interfaces, semantic parsing has emerg...
The growing work in multi-lingual parsing faces the challenge of fair comparative evaluation and per...
With the growing interest in statistical parsing, special attention has been recently devoted to the...
Though very important in software engineering, linking artifacts of the same type (clone detection) ...
Interest in large-scale, grammar-based parsing has recently seen a large increase, in response to th...
We describe a parsing system based upon a language model for English that is, in turn, based upon a...
This paper introduces an objective metric for assessing the effectiveness of a parsing scheme. Infor...
The paper introduces a methodological innovation as well as a practical innovation. Firstly, two sce...
There is a large number of classifiers that can be used for generating a parse model; i.e., as an or...
Program analysis tools used in software maintenance must be robust and ought to be accurate. Many da...