This paper proposes a system, named DefExplorer, which analyzes the type of given Chinese terms, extracts term definitions from the Web, and selects answers from noisy Web pages. DefExplorer filters out invalid data with a semantic approach. Two types of candidate sets, common and domain specific, are employed to cluster similar candidates into groups. Different approaches are also deployed to evaluate candidates’ importance which is the key factor for selecting the best answers from retrieved candi-dates. Experimental results show that DefExplorer can effectively extract term defini-tions from the Web, especially for the definitions of out-of-vocabulary terms
The extraction of Multiword Lexical Units (MLUs) in lexica is important to language related methods ...
[[abstract]]Chinese word segmentation is an essential step in a processing of Chinese natural langua...
The paper introduces our research on using integrated linguistic knowledge to automatically recogniz...
This paper presents an automatic Chinese multi-word term extraction method based on the integration ...
Existing techniques extract term candidates by looking for internal and contextual information assoc...
This paper presents a new term extraction ap-proach using relevance between term candi-dates calcula...
This paper presents an automatic Chinese multi-word term extraction method based on the unithood and...
Automatic terminology extraction can be divided into two tasks. The first task measures the Unithood...
AbstractMost researchers extracted candidate term using unsupervised method. In this paper, a superv...
The study investigates term extraction methods using comparable corpora for interpreters. Simul-tane...
This paper proposes a method of collect-ing a dozen terms that are closely re-lated to a given seed ...
This paper presents an iterative approach to extracting Chinese terms. Unlike the traditional approa...
This paper addresses the problem of categorizing terms or lexical entities into a predefined set of ...
International audienceIdentifying Full names/abbreviations for entities is a challenging problem in ...
In this paper we argue that the automatic term extraction procedure is an inherently multifactor pro...
The extraction of Multiword Lexical Units (MLUs) in lexica is important to language related methods ...
[[abstract]]Chinese word segmentation is an essential step in a processing of Chinese natural langua...
The paper introduces our research on using integrated linguistic knowledge to automatically recogniz...
This paper presents an automatic Chinese multi-word term extraction method based on the integration ...
Existing techniques extract term candidates by looking for internal and contextual information assoc...
This paper presents a new term extraction ap-proach using relevance between term candi-dates calcula...
This paper presents an automatic Chinese multi-word term extraction method based on the unithood and...
Automatic terminology extraction can be divided into two tasks. The first task measures the Unithood...
AbstractMost researchers extracted candidate term using unsupervised method. In this paper, a superv...
The study investigates term extraction methods using comparable corpora for interpreters. Simul-tane...
This paper proposes a method of collect-ing a dozen terms that are closely re-lated to a given seed ...
This paper presents an iterative approach to extracting Chinese terms. Unlike the traditional approa...
This paper addresses the problem of categorizing terms or lexical entities into a predefined set of ...
International audienceIdentifying Full names/abbreviations for entities is a challenging problem in ...
In this paper we argue that the automatic term extraction procedure is an inherently multifactor pro...
The extraction of Multiword Lexical Units (MLUs) in lexica is important to language related methods ...
[[abstract]]Chinese word segmentation is an essential step in a processing of Chinese natural langua...
The paper introduces our research on using integrated linguistic knowledge to automatically recogniz...