This paper proposes a supervised learn-ing method to recognize expressions that show a relation between two named en-tities, e.g., person, location, or organiza-tion. The method uses two novel fea-tures, 1) whether the candidate words in-herently express relations and 2) how the candidate words are influenced by the past relations of two entities. These features together with conventional syntactic and contextual features are organized as a tree structure and are fed into a boosting-based classification algorithm. Experimental re-sults show that the proposed method out-performs conventional methods.
In this dissertation, we study computational models for classification and application of natural la...
We explore unsupervised approaches to rela-tion extraction between two named entities; for instance,...
Relation classification is an important fundamental task in information extraction, and convolutiona...
We present a novel learning method for word embeddings designed for relation classification. Our wor...
We propose a novel approach to learn representations of relations expressed by their textual mention...
Attributes of words and relations between two words are central to numerous tasks in Artificial Inte...
We present an approach for extracting relations between named entities from natural language documen...
Deep neural network has adequately revealed its superiority of solving various tasks in Natural Lang...
Information Extraction (IE) has become an indispensable tool in our quest to handle the data deluge ...
Recently there has been a surge of interest in neural architectures for complex structured learning ...
We explore unsupervised approaches to relation extraction between two named entities; for instance, ...
This paper proposes a history-based struc-tured learning approach that jointly ex-tracts entities an...
Relation extraction is the task of recog-nizing semantic relations among entities. Given a particula...
Relations, after morphemes and words, are the next level of building blocks of language. To success-...
Sentence relation extraction aims to extract relational facts from sentences, which is an important ...
In this dissertation, we study computational models for classification and application of natural la...
We explore unsupervised approaches to rela-tion extraction between two named entities; for instance,...
Relation classification is an important fundamental task in information extraction, and convolutiona...
We present a novel learning method for word embeddings designed for relation classification. Our wor...
We propose a novel approach to learn representations of relations expressed by their textual mention...
Attributes of words and relations between two words are central to numerous tasks in Artificial Inte...
We present an approach for extracting relations between named entities from natural language documen...
Deep neural network has adequately revealed its superiority of solving various tasks in Natural Lang...
Information Extraction (IE) has become an indispensable tool in our quest to handle the data deluge ...
Recently there has been a surge of interest in neural architectures for complex structured learning ...
We explore unsupervised approaches to relation extraction between two named entities; for instance, ...
This paper proposes a history-based struc-tured learning approach that jointly ex-tracts entities an...
Relation extraction is the task of recog-nizing semantic relations among entities. Given a particula...
Relations, after morphemes and words, are the next level of building blocks of language. To success-...
Sentence relation extraction aims to extract relational facts from sentences, which is an important ...
In this dissertation, we study computational models for classification and application of natural la...
We explore unsupervised approaches to rela-tion extraction between two named entities; for instance,...
Relation classification is an important fundamental task in information extraction, and convolutiona...