Currently most of state-of-the-art meth-ods for Chinese word segmentation are based on supervised learning, whose fea-tures aremostly extracted from a local con-text. Thesemethods cannot utilize the long distance information which is also crucial for word segmentation. In this paper, we propose a novel neural network model for Chinese word segmentation, which adopts the long short-term memory (LSTM) neu-ral network to keep the previous impor-tant information inmemory cell and avoids the limit of window size of local context. Experiments on PKU, MSRA and CTB6 benchmark datasets show that our model outperforms the previous neural network models and state-of-the-art methods.
This thesis contains two research areas including time-varying networks estimation and Chinese words...
This paper presents a bilingual semi-supervised Chinese word segmentation (CWS) method that leverage...
Almost all Chinese language processing tasks involve word segmentation of the language input as thei...
In recent years, deep neural networks have achieved significant success in Chinese word segmentation...
Multi-criteria Chinese word segmentation is a promising but challenging task, which exploits several...
Recently, neural network models for natural language processing tasks have been increasingly focused...
Recently, neural network models for nat-ural language processing tasks have been increasingly focuse...
This study explores the feasibility of perform-ing Chinese word segmentation (CWS) and POS tagging b...
Supervised Chinese word segmentation has entered the deep learning era which reduces the hassle of f...
In this article, we focus on Chinese word segmentation by systematically incorporating non-local inf...
Text classification is of importance in natural language processing, as the massive text information...
By exploiting unlabeled data for further performance improvement for Chinese word segmentation, this...
This paper addresses two remaining challenges in Chinese word segmentation. The challenge in HLT is ...
This paper describes a hybrid Chinese word segmenter that is being developed as part of a larger Chi...
This paper describes a novel method about domain adaptive Chinese Word Segmentation. Unlike traditio...
This thesis contains two research areas including time-varying networks estimation and Chinese words...
This paper presents a bilingual semi-supervised Chinese word segmentation (CWS) method that leverage...
Almost all Chinese language processing tasks involve word segmentation of the language input as thei...
In recent years, deep neural networks have achieved significant success in Chinese word segmentation...
Multi-criteria Chinese word segmentation is a promising but challenging task, which exploits several...
Recently, neural network models for natural language processing tasks have been increasingly focused...
Recently, neural network models for nat-ural language processing tasks have been increasingly focuse...
This study explores the feasibility of perform-ing Chinese word segmentation (CWS) and POS tagging b...
Supervised Chinese word segmentation has entered the deep learning era which reduces the hassle of f...
In this article, we focus on Chinese word segmentation by systematically incorporating non-local inf...
Text classification is of importance in natural language processing, as the massive text information...
By exploiting unlabeled data for further performance improvement for Chinese word segmentation, this...
This paper addresses two remaining challenges in Chinese word segmentation. The challenge in HLT is ...
This paper describes a hybrid Chinese word segmenter that is being developed as part of a larger Chi...
This paper describes a novel method about domain adaptive Chinese Word Segmentation. Unlike traditio...
This thesis contains two research areas including time-varying networks estimation and Chinese words...
This paper presents a bilingual semi-supervised Chinese word segmentation (CWS) method that leverage...
Almost all Chinese language processing tasks involve word segmentation of the language input as thei...