Challenge: Existing methods for annotating multilingual, multimedia data are limited by the availability of multilingual corpora for schema-based event representation.
Approach: They propose a new approach to event annotation to promote whole-corpus understanding of complex events in multilingual, multimedia data.
Outcome: The proposed method is part of the DARPA Knowledge-directed Artificial Intelligence Reasoning Over Schemas (KAIROS) Program.

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Schema Learning Corpus: Data and Annotation Focused on Complex Events (2024.lrec-main)

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Challenge: The Schema Learning Corpus is a linguistic resource designed to support research into the structure of complex events in multilingual data.
Approach: The Schema Learning Corpus is a linguistic resource that includes large volumes of background data in English, Spanish and Russian.
Outcome: The SLC defines 100 complex events (CEs) across 12 domains and multiple documents labeled for each . multiple documents contain evidence for each step, plus labeles events and relations along with their arguments across a large tag set.
Corpus-Level Evaluation for Event QA: The IndiaPoliceEvents Corpus Covering the 2002 Gujarat Violence (2021.findings-acl)

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Challenge: a new corpus-level evaluation approach for event extraction is needed in social science applications . human annotations are often required to extract the actions of political actors and actors . a novel corpus evaluation approach can guide creation of similar social science-oriented resources .
Approach: They propose a corpus-based approach to event extraction that integrates corpus evaluation with real-world social science . they use human annotations to read and label every document for mentions of police activity events .
Outcome: The proposed method can guide creation of similar social-science-oriented resources in the future.
Multi-Document Event Extraction Using Large and Small Language Models (2025.emnlp-main)

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Challenge: Existing approaches to multi-document event extraction have limited attention . despite its practical significance, this task has inherent challenges .
Approach: They propose a collaborative framework that integrates large language models for multi-step reasoning and fine-tuned small language models to handle key subtasks.
Outcome: The proposed framework outperforms existing methods and provides new insights into collaborative reasoning to tackle the complexities of multi-document event extraction.
Large Language Models Are Effective Human Annotation Assistants, But Not Good Independent Annotators (2026.findings-acl)

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Challenge: State-of-the-art NLP models are expensive and inefficient for event annotation.
Approach: They propose to integrate LLMs into a holistic workflow that summarizes news with event coreference resolution and argument extraction in three modes: AI-only, AI assistance, and human only.
Outcome: The proposed workflow integrates LLMs to alleviate human labor in a holistic pipeline.
Comprehensive Annotation of Various Types of Temporal Information on the Time Axis (L18-1)

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Challenge: Existing studies linking event and time information have been conducted to train and evaluate models.
Approach: They propose an annotation scheme that anchors expressions in text to the time axis comprehensively.
Outcome: The proposed scheme can be utilized for integrated information analysis of events, entities and time.
DEIE: Benchmarking Document-level Event Information Extraction with a Large-scale Chinese News Dataset (2024.lrec-main)

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Challenge: Existing event-based datasets mainly target sentence-level tasks . current models struggle with "document" annotation, a key feature of the current model .
Approach: They propose a large-scale document-level event information extraction dataset with over 56,000+ events and 242,000+ arguments.
Outcome: The proposed dataset has over 56,000+ events and 242,000+ arguments.
Event-Centric Natural Language Processing (2021.acl-tutorials)

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Challenge: This tutorial will provide an introduction to various methods for automating the extraction, conceptualization and prediction of events and their relations.
Approach: This tutorial will provide an introduction to various methods for automating events and their relations, and a wide range of NLU and commonsense understanding tasks.
Outcome: This tutorial will provide an introduction to various methods for automating extraction, conceptualization and prediction of events and their relations, and a wide range of NLU and commonsense understanding tasks.
Zero-Shot On-the-Fly Event Schema Induction (2023.findings-eacl)

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Challenge: a new approach to event processing uses large language models to generate source documents that can be curated without manual data collection.
Approach: They propose a framework that generates a graphical representation of events in documents . they show that the model is more complete than previous supervised methods .
Outcome: The proposed model is more complete than human-curated schemas in most scenarios.
Conundrums in Event Coreference Resolution: Making Sense of the State of the Art (2021.emnlp-main)

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Challenge: Recent years have seen the successful application of span-based neural models to entity-based information extraction tasks such as entity coreference resolution (CR) Existing event coreference resolvers focused on feature engineering are few and far between, let alone event corefers.
Approach: They propose to adapt existing span-based event reference systems to event coreference by adapting the models originally developed for entity coreference to event CR.
Outcome: The proposed model improves the representations of entity mentions in entity-based IE tasks compared to non-span models .
The Causal News Corpus: Annotating Causal Relations in Event Sentences from News (2022.lrec-1)

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Challenge: Existing annotation guidelines for event causality focus on only explicit relations or clauses.
Approach: They propose an annotation schema for event causality that addresses these concerns . they annotated 3,559 event sentences from protest event news with labels on whether it contains causal relations or not.
Outcome: The proposed annotation schema for event causality addresses these concerns . it performs well with 81.20% F1 score on test set and 83.46% in 5-folds cross-validation .

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