Index of papers in Proc. ACL 2014 that mention
  • entity type
Li, Qi and Ji, Heng
Algorithm 3.1 The Model
First, the algorithm enumerates all possible segments (i.e., subse-quences) of ac ending at the current token with various entity types .
Algorithm 3.1 The Model
:c-axis and y-axis represent the input sentence and entity types , respectively.
Algorithm 3.1 The Model
The rectangles denote segments with entity types , among which the shaded ones are three competing hypotheses ending at “1,400”.
Background
ACE defined 7 main entity types including Person (PER), Organization (ORG),
Features
The entity segments of 3) can be expressed as a list of triples (61, ..., em), where each segment 6, = (ui, 2),, 75,-) is a triple of start index ui, end index 21,-, and entity type 25,-.
Features
Gazetteer features Entity type of each segment based on matching a number of gazetteers including persons, countries, cities and organizations.
Features
Coreference consistency Coreferential entity mentions should be assigned the same entity type .
Introduction
This problem has been artificially broken down into several components such as entity mention boundary identification, entity type classification and relation extraction.
entity type is mentioned in 17 sentences in this paper.
Topics mentioned in this paper:
Chen, Yanping and Zheng, Qinghua and Zhang, Wei
Discussion
Except in Row 8 and Row 11, when two head nouns of entity pair were combined as semantic pair and when POS tag were combined with the entity type , the performances are decreased.
Feature Construction
head noun, entity type , subtype, CLASS, LDC-TYPE, etc.)
Feature Construction
In our experiment, the entity type , subtype and the head noun are used.
Feature Construction
All the employed features are simply classified into five categories: Entity Type and Subtype, Head Noun, Position Feature, POS Tag and Omni-word Feature.
entity type is mentioned in 9 sentences in this paper.
Topics mentioned in this paper:
Ben-Ami, Zvi and Feldman, Ronen and Rosenfeld, Binyamin
Entity Relevance
The examples we are interested in are in the medical domain and deal with three main entity types : PERSON, DRUG, and DISEASE, where PERSON is restricted to known physicians.
Entity Relevance
While each of the entity types can be the target of a sentiment expression, the more interesting questions in this domain involve multiple entities, specifically, DRUG + DISEASE ("how effective is this drug for this disease?
Experiments
In the Financial corpus, COMPANIES are used as target entities and in the medical corpus, DISEASES, DRUGS and PERSONS are the entity types that are used as target entities.
Introduction
Another layer that we'd like to add concerns the interaction of different entity types during SA.
Introduction
In a typical situation, there is only one entity type which is the target for SA.
Introduction
In such cases, clearly distinguishing between the relevancy of target and non-target entities types is not essential.
Relevance Algorithms
(2010), working in the 'ignore relevance' mode, which (1) finds and labels all entities of the target type(s); (2) resolves all corefer-ences for the target entity type (s); (3) finds and labels all sentiment expressions, regardless of their relevance; and (4) provides dependency parses for all sentences in the corpus.
entity type is mentioned in 8 sentences in this paper.
Topics mentioned in this paper:
Hovy, Dirk
Abstract
We investigate a largely unsupervised approach to learning interpretable, domain-specific entity types from unlabeled text.
Abstract
It assumes that any common noun in a domain can function as potential entity type , and uses those nouns as hidden variables in a HMM.
Abstract
The results suggest that it is possible to learn domain-specific entity types from unlabeled data.
Conclusion
We evaluated an approach to learning domain-specific interpretable entity types from unlabeled data.
Introduction
(2011) proposed an approach that uses co-occurrence patterns to find entity type candidates, and then learns their applicability to relation arguments by using them as latent variables in a first-order HMM.
Introduction
0 the learned entity types can be used to predict selectional restrictions with high accuracy
entity type is mentioned in 6 sentences in this paper.
Topics mentioned in this paper:
Nakashole, Ndapandula and Mitchell, Tom M.
Fact Candidates
Entity Types .
Fact Candidates
We look up entity types in a knowledge
Fact Candidates
In particular, we use the NELL entity typing API (Carlson et al., 2010).
entity type is mentioned in 5 sentences in this paper.
Topics mentioned in this paper:
Andrews, Nicholas and Eisner, Jason and Dredze, Mark
Detailed generative story
(c) If wdk is a named entity type (PERSON, PLACE, ORG, .
Detailed generative story
One could also make more specific versions of any feature by conjoining it with the entity type t.
Detailed generative story
More generally, the probability (2) may also be conditioned on other variables such as on the languages pi and sci—this leaves room for a transliteration model when 53.6 75 p.6—and on the entity type cut.
Generative Model of Coreference
However, any topic may generate an entity type , 6. g. PERSON, which is then replaced by a specific name: when PERSON is generated, the model chooses a previous mention of any person and copies it, perhaps mutating its name.1 Alternatively, the model may manufacture
entity type is mentioned in 4 sentences in this paper.
Topics mentioned in this paper:
Nguyen, Minh Luan and Tsang, Ivor W. and Chai, Kian Ming A. and Chieu, Hai Leong
Experiments
YAGO is different from ACE 2004 in two aspects: there is less overlapping of topics, entity types and relation types between domains; and it has more relation mentions with 11 mentions per pair of entities on the average.
Problem Statement
Entity Features Entity types and entity mention types are very useful for relation extraction.
Problem Statement
use a subgraph in the relation instance graph (J iang and Zhai, 2007b) that contains only the node presenting the head word of the entity A, labeled with the entity type or entity mention types, to describe a single entity attribute.
Problem Statement
The nodes that represent the argument are also labeled with the entity type , subtype and mention type.
entity type is mentioned in 4 sentences in this paper.
Topics mentioned in this paper:
Sun, Le and Han, Xianpei
Introduction
Features about the entity information of arguments, including: a) #TP]-#TP2: the concat of the major entity types of arguments; b) #STI-#ST2: the concat of the sub entity types of arguments; c) #MT] -#MT2: the concat of the mention types of arguments.
Introduction
We capture the property of a node’s content using the following features: a) MB_#Num: The number of mentions contained in the phrase; b) MB_C_#Type: A feature indicates that the phrase contains a mention with major entity type #Type; c) M W_#Num: The number of words within the phrase.
Introduction
a) #RP_Arg]Head_#Arg] Type: a feature indicates the relative position of a phrase node with argument 1’s head phrase, where #RP is the relative position (one of match, cover, within, overlap, other), and #Arg] Type is the major entity type of argument 1.
entity type is mentioned in 3 sentences in this paper.
Topics mentioned in this paper: