Challenge: a corpus of anaphoric information (coreference) is crowdsourced through a game-with-a-purpose . its main feature is the large number of judgments per markable: 20 on average, and over 2.2M in total.
Approach: They propose to crowdsource anaphoric information corpus by a game-with-a-purpose and to use it to train a coreference resolver.
Outcome: The proposed corpus contains annotations for 108,000 markables and 20 judgments per markable, and 2.2M in total.

Similar Papers

Aggregating Crowdsourced and Automatic Judgments to Scale Up a Corpus of Anaphoric Reference for Fiction and Wikipedia Texts (2023.eacl-main)

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Challenge: Existing approaches to scale up anaphoric annotation have not overcome these limitations.
Approach: They propose to use a game-with-a-purpose to ‘complete’ markable annotations by using an anaphoric resolver and an aggregation method for anaphorism.
Outcome: The proposed method could be adopted to greatly speed up annotation time in other projects involving games-with-a-purpose.
A Probabilistic Annotation Model for Crowdsourcing Coreference (D18-1)

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Challenge: Existing methods to generate annotated corpora for coreference are expensive and limited.
Approach: They propose a model of annotation for aggregating crowdsourced anaphoric annotations.
Outcome: The proposed model can extract from crowdsourced annotations coreference chains comparable to those obtained with expert annotation.
ezCoref: Towards Unifying Annotation Guidelines for Coreference Resolution (2023.findings-eacl)

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Challenge: Existing datasets vary in definition of coreferences and are curated for linguistic experts.
Approach: They propose to use ezCoref to create a crowdsourcing-friendly coreference annotation methodology that teaches annotators only cases that are treated similarly across existing datasets.
Outcome: The proposed method reannotates 240 passages from seven existing english coreference datasets while teaching annotators only cases that are treated similarly across them.
A Neural Model for Aggregating Coreference Annotation in Crowdsourcing (2020.coling-main)

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Challenge: Existing studies of natural language labelling tasks have shown that crowd-sourced labels can be noisy.
Approach: They split the aggregation into mention classification and coreference chain inference tasks to predict the correct labels.
Outcome: The proposed model predicts the class of each mention using an autoencoder while taking into account the mention’s annotation complexity and annotators’ reliability at different levels.
Crowdsourcing and Aggregating Nested Markable Annotations (P19-1)

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Challenge: Existing methods for identifying markables for coreference annotation are task and language-independent and can be used for a variety of other annotation tasks.
Approach: They propose a method for identifying markables for coreference annotation that combines automatic markable detectors with checking with a Game-With-A-Purpose (GWAP) and aggregation using a Bayesian annotation model.
Outcome: The proposed method improves mention boundaries on news and other genres by over seven percentage points compared with state-of-the-art, domain-independent automatic mention detectors and almost three points over an in-domain mention detector.
ParCorFull: a Parallel Corpus Annotated with Full Coreference (L18-1)

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Challenge: Recent research in multilingual coreference and automatic pronoun translation has led to important insights into the problem and some promising results.
Approach: They propose a corpus annotated with full coreference chains that addresses a problem that machine translation and other multilingual natural language processing (NLP) technologies face: translation of coreference across languages.
Outcome: The proposed corpus contains parallel texts for the language pair English-German, two major European languages.
A Crowdsourced Frame Disambiguation Corpus with Ambiguity (N19-1)

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Challenge: Using crowdsourcing, we have found that inter-annotator disagreement is at least partly caused by ambiguity inherent to the text and frames.
Approach: They propose a crowdsourcing approach to capture inter-annotator disagreement by a list of frames with disagreement-based scores that express the confidence with which each frame applies to the word.
Outcome: The proposed approach captures disagreement between the annotations of 1,000 word-sentence pairs and scores on the likelihood that each frame applies to the word.
Learning from Measurements in Crowdsourcing Models: Inferring Ground Truth from Diverse Annotation Types (C18-1)

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Challenge: Annotated corpora are often assigned to internet workers whose judgments are reconciled by crowdsourcing models.
Approach: They propose a framework for learning from rich prior knowledge to combine annotations with different structures.
Outcome: The proposed model compares favorably with previous work and enables active sample selection to reduce annotation effort.
Proceedings of the First Workshop on Aggregating and Analysing Crowdsourced Annotations for NLP (D19-59)

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Challenge: The first workshop on crowdsourcing for NLP is open to all .
Approach: The first workshop on crowdsourcing annotations for NLP is held at the acl.com . the workshop will focus on methods for aggregating and analysing crowdsourced data for Nl-specific tasks.
Outcome: The first workshop on crowdsourcing for NLP received 16 submissions and accepted 7 . the workshop will focus on ambiguous, subjective or ambiguity analysis of crowdsourced data .
SAMSum Corpus: A Human-annotated Dialogue Dataset for Abstractive Summarization (D19-54)

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Challenge: Existing work on abstractive dialogue summarizations has focused on news summarizing but there is no such comprehensive dataset.
Approach: They propose to use a chat-dialogues corpus with abstractive dialogue summaries to generate a short version of text that covers the main points succinctly.
Outcome: The proposed dataset achieves higher ROUGE scores than the model-generated summaries of news, compared with human evaluators' judgement.

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