Challenge: Existing methods for predicate argument structure analysis are difficult and difficult . a Japanese model can detect a zero pronoun and identify a referent of the zero pronominator .
Approach: They propose a model that performs coreference resolution and predicate argument structure analysis simultaneously.
Outcome: The proposed model can improve the performance of the inter-sentential zero anaphora resolution drastically.

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Revisiting Joint Modeling of Cross-document Entity and Event Coreference Resolution (P19-1)

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Challenge: Recognizing that various textual spans across multiple texts refer to the same entity or event is an important NLP task.
Approach: They propose a neural architecture for cross-document coreference resolution by representing an event mention using its lexical span, surrounding context, and relation to other mentions via predicate-arguments structures.
Outcome: The proposed model outperforms the state-of-the-art event coreference model on ECB+ while providing the first entity coreference results on this corpus.
BERT-based Cohesion Analysis of Japanese Texts (2020.coling-main)

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Challenge: Recent advances in neural networks have significantly improved natural language processing tasks . they include self training-based language models such as BERT .
Approach: They tackle a systematic analysis of cohesion in Japanese texts using BERT models . they find that coreference resolution is different in nature from other tasks .
Outcome: The proposed analysis outperforms existing studies on cohesion in Japanese texts.
Towards Consistent Document-level Entity Linking: Joint Models for Entity Linking and Coreference Resolution (2022.acl-short)

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Challenge: Existing approaches to solve entity linking (EL) jointly with coreference resolution (coref) a coreferenced cluster can only be linked to a single entity or NIL (i.e., a nonlinkable entity)
Approach: They propose to join entity linking and coreference resolution in a single structured prediction task over directed trees and use a globally normalized model to solve it.
Outcome: The proposed model improves on two datasets with a +5% boost in accuracy compared to standalone models . the proposed model is based on current models that predict a single antecedent for each span to resolve .
Event Coreference Resolution with Non-Local Information (2020.aacl-main)

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Challenge: Existing joint models for event coreference resolution are understudied and underexploited . current models only learn trigger detection and event coreference from annotated training data .
Approach: They propose to add a topic-based trigger detection module and a preprocessing module to improve event coreference.
Outcome: The proposed model yields the best results on the KBP 2017 English and Chinese datasets.
Enhancing Cross-Document Event Coreference Resolution by Discourse Structure and Semantic Information (2024.lrec-main)

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Challenge: Existing cross-document event coreference resolution models lack the ability to capture long-distance dependencies.
Approach: They propose to construct document-level Rhetorical Structure Theory trees and cross-document Lexical Chains to model structural and semantic information of documents.
Outcome: The proposed model outperforms baseline models on English and Chinese datasets by large margins.
Event Coreference Resolution with their Paraphrases and Argument-aware Embeddings (2020.coling-main)

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Challenge: Existing methods for event coreference resolution do not identify paraphrase relations between events.
Approach: They propose a new event-specific paraphrase and argument-aware semantic Embedding model for event coreference resolution based on event-related paraphrases and argument embeddings . EPASE recognizes deep paraphrase relations in an event- specific context of sentences and can cover event paraphrase of more situations .
Outcome: Experiments on within- and cross-document event coreference show it is superior compared to existing methods.
Joint Detection and Coreference Resolution of Entities and Events with Document-level Context Aggregation (2021.acl-srw)

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Challenge: Recent work on extracting information from sentences or paragraphs has a difficulty analyzing longer contexts.
Approach: They propose a jointly trained model that can be used for various information extraction tasks at the document level.
Outcome: The proposed model improves entity and event typing and typing on documents from the ACE05-E+ dataset.
Model-based Annotation of Coreference (2020.lrec-1)

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Challenge: Annotators are asked to annotate coreferent spans of text, which is unnatural . we present an alternative in which annotators can preprocess documents and assign pronouns to entities.
Approach: They propose an alternative in which annotators are asked to assign pronouns to entities and preprocess documents to create a knowledge base.
Outcome: The proposed model-based approach leads to faster annotation and higher inter-annotator agreement and opens up an alternative approach to coreference resolution.
The Coreference under Transformation Labeling Dataset: Entity Tracking in Procedural Texts Using Event Models (2023.findings-acl)

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Challenge: et al., 2023) show that entity coreference resolution is improved when events bring about changes in entities that are not reflected in text mentions.
Approach: They propose to perform transformation-based entity linking prior to coreference relation identification to improve entity coreference.
Outcome: The proposed model improves coreference resolution of entities mentioned under a process-oriented model of events.
They Exist! Introducing Plural Mentions to Coreference Resolution and Entity Linking (C18-1)

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Challenge: Unlike singular mentions each of which represents one entity, plural mentions stand for multiple entities.
Approach: They propose a novel coreference resolution algorithm that selectively creates clusters to handle both singular and plural mentions and a deep learning-based entity linking model that jointly handles both types of mentions through multi-task learning.
Outcome: The proposed model outperforms existing models designed for singular mentions and plural mentions.

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