Challenge: Named entity recognition (NER) is a core task in the NLP community . but not much work has been done to distinguish between addressing and referring to entities .
Approach: They propose an automatic tagger that captures the address vs. reference distinction in English . they demonstrate how this distinction is important in NLP and computational social science applications .
Outcome: The proposed tagger performs at 85% accuracy in distinguishing between address and reference in English . many modern Indo-European languages do not have such vocative case markers .

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Tagging Location Phrases in Text (2020.lrec-1)

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Challenge: a number of studies have focused on detecting named entities in written language.
Approach: They describe a Location Phrase Detection task to detect non-named locations . they use sequential tagging and an annotation approach to create annotated datasets .
Outcome: The proposed task can detect non-named locations in English and Russian news . the authors develop a sequential tagging approach and annotate datasets for English and Russia .
Comparing Annotated Datasets for Named Entity Recognition in English Literature (2022.lrec-1)

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Challenge: Generally speaking, the majority of NER tools struggle to perform well when the entities in the text contain specific characteristics.
Approach: They analysed two existing annotated datasets and two additional gold standard datasets to evaluate the performance of two NER tools.
Outcome: The results show that the performance of two NER tools varies significantly depending on the gold standard used for the individual evaluations.
Comprehensive Supersense Disambiguation of English Prepositions and Possessives (P18-1)

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Challenge: Frequent prepositions like for are maddeningly polysemous, their interpretation depends especially on the object of the preposition.
Approach: They propose a new annotation scheme, corpus, and task for the disambiguation of prepositions and possessives in English.
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Recognizing Complex Entity Mentions: A Review and Future Directions (P18-3)

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Challenge: Named entity recognition (NER) is a task of identifying and classifying named entities (NE) within text.
Approach: They review existing methods for identifying and classifying named entities within text . they identify the research gap and propose a new approach to tackle these problems .
Outcome: The proposed methods address the identified identified gaps in the literature and provide recommendations for future work.
Fine-Grained Evaluation for Entity Linking (D19-1)

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Challenge: Entity Linking (EL) is an Information Extraction task that identifies entity mentions in a text corpus and associates them with an unambiguous identifier in KBs such as Wikipedia, BabelNet, DBpedia, Wikidata and YAGO.
Approach: They propose a fine-grained categorization of different types of entity mentions and links and propose 'fuzzy recall' metric to address the lack of consensus and compare a selection of online EL systems.
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A Dataset for Named Entity Recognition and Entity Linking in Chinese Historical Newspapers (2024.lrec-main)

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Challenge: a novel historical Chinese dataset is used for named entity recognition, entity linking and entity relations.
Approach: They propose a historical Chinese dataset for named entity recognition, entity linking, coreference and entity relations . they use Chinese newspapers from 1872 to 1949 and multilingual bibliographic resources from the same period .
Outcome: The proposed dataset covers different styles and language uses, and is the largest historical Chinese NER dataset with manual annotations from this transitional period.
Multi-lingual Entity Discovery and Linking (P18-5)

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Challenge: This tutorial reviews the framework of cross-lingual EL and motivates it as a broad paradigm for the Information Extraction task.
Approach: This tutorial will review the framework of cross-lingual EL and motivate it as a broad paradigm for the Information Extraction task.
Outcome: The aim of this tutorial is to review the framework of cross-lingual EL and motivate it as a broad paradigm for the Information Extraction task.
MOLEMAN: Mention-Only Linking of Entities with a Mention Annotation Network (2021.acl-short)

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Challenge: Existing approaches to entity linking represent each entity with a single vector, but instead use a contextualized mention-encoder that learns to place similar mentions of the same entity closer in vector space than mentions from different entities.
Approach: They propose an instance-based nearest neighbor approach to entity linking that allows for a contextualized mention-encoder to learn to place similar mentions of the same entity closer in vector space than mentions from different entities.
Outcome: The proposed approach outperforms all other systems on two multilingual benchmarks and is simpler to train and interpretable.
GenderQuant: Quantifying Mention-Level Genderedness (N19-1)

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Challenge: Existing approaches to detect gendered language require considerable annotation efforts for each language, domain, and author, and often require handcrafted lexicons and features.
Approach: They use existing NLP pipelines to automatically annotate gender of mentions in the text and train a supervised classifier to predict the gender of any mention from its context and evaluate it on unseen text.
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Towards a Gold Standard Corpus for Variable Detection and Linking in Social Science Publications (L18-1)

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Challenge: a new corpus for detecting and linking survey variables is being developed . the corpus is multilingual and includes manually curated word and phrase alignments .
Approach: They propose to create a corpus for the evaluation of detecting and linking survey variables in social science publications.
Outcome: The proposed corpus is the first gold standard for the variable detection and linking task.

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