Challenge: Emotion Representation Mapping (ERM) is an alternative to Word Emotion Induction (WEI) for automatic emotion lexicon construction.
Approach: They propose a neural network approach to ERM that converts existing emotion ratings from one representation format into another by mapping Valence-Arousal-Dominance annotations into Ekman’s Basic Emotions.
Outcome: The proposed model outperforms the state-of-the-art in 13 languages and is almost as reliable as human annotations even in cross-lingual settings.

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Representation Mapping: A Novel Approach to Generate High-Quality Multi-Lingual Emotion Lexicons (L18-1)

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Challenge: Existing representational frameworks for emotion encoding are incompatible with semantic polarity, resulting in a large amount of incompatible emotion lexicons.
Approach: They propose to map different emotion representation formats onto each other for mutual compatibility and interoperability of language resources.
Outcome: The proposed method produces (near-)gold quality emotion lexicons even in crosslingual settings.
Learning and Evaluating Emotion Lexicons for 91 Languages (2020.acl-main)

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Challenge: Emotion lexicons describe the affective meaning of words but are limited in coverage for most languages.
Approach: They propose a method for creating arbitrarily large emotion lexicons for any target language.
Outcome: The proposed method exceeds human reliability for some languages and variables.
Cross-Lingual Emotion Lexicon Induction using Representation Alignment in Low-Resource Settings (2020.coling-main)

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Challenge: Emotion lexicons provide information about associations between words and emotions.
Approach: They use crowdsourcing to annotate words with Plutchik's 8 basic emotions, providing binary labels.
Outcome: The proposed lexicons provide information about associations between words and emotions . the lexiconics are useful in emotional analyses of reviews, literary texts, and posts on social media .
Learning Emotion-enriched Word Representations (C18-1)

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Challenge: Existing word representations based on distributional hypothesis do not provide accurate representations of emotions.
Approach: They propose a method to obtain emotion-enriched word representations by remote supervision using a large training dataset of text documents and two recurrent neural network architectures.
Outcome: The proposed method outperforms competing general-purpose and affective representations on two tasks.
Evaluating Emotion Arcs Across Languages: Bridging the Global Divide in Sentiment Analysis (2023.findings-emnlp)

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Challenge: Emotion arcs capture how an individual (or a population) feels over time.
Approach: They compare machine-learning and Lexicon-Only methods to generate emotion arcs . they run experiments on 18 diverse datasets in 9 languages .
Outcome: The proposed method is poor at instance level emotion classification, but highly accurate when aggregating information from hundreds of instances.
CHEER-Ekman: Fine-grained Embodied Emotion Classification (2025.acl-short)

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Challenge: Emotions manifest through physical experiences and bodily reactions, yet identifying such embodied emotions in text remains understudied.
Approach: They propose to extend existing binary embodied emotion dataset with Ekman’s six basic emotion categories.
Outcome: The proposed dataset outperforms existing methods with large language models.
Guilt by Association: Emotion Intensities in Lexical Representations (2021.emnlp-main)

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Challenge: linguistic models have a higher correlation with human ground truth ratings than labeled data . word vectors have often been evaluated on standard word relatedness benchmarks .
Approach: They propose to use unsupervised, supervised, and finally supervised methods to extract emotional associations from pretrained vectors and models.
Outcome: The proposed method shows higher correlation with ground truth ratings than state-of-the-art lexicons based on labeled data.
An Emotional Mess! Deciding on a Framework for Building a Dutch Emotion-Annotated Corpus (2020.lrec-1)

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Challenge: Existing frameworks for emotion recognition are limited and do not allow for categorical versus dimensional oppositions.
Approach: They propose to use the emotions joy, love, anger, sadness and fear as well as dimensional models to annotate texts from different domains and topics.
Outcome: The proposed frameworks are well-suited to annotate texts from different domains and topics, but the connotation of the labels strongly depends on the origin of the texts.
Distributed Representations of Emotion Categories in Emotion Space (2021.acl-long)

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Challenge: Existing studies on emotion detection focus on how to improve performance of models . however, emotion relations are ignored in one-hot representations .
Approach: They propose a framework to learn distributed representations for emotion categories in emotion space from a given emotion classification dataset.
Outcome: The proposed representations can express emotion relations much better than word vectors in semantic space.
ELAL: An Emotion Lexicon for the Analysis of Alsatian Theatre Plays (2022.lrec-1)

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Challenge: a novel and manually corrected emotion lexicon is presented for Alsatian dialects . the dialects are used mainly orally and lack a stable and consensual spelling convention .
Approach: They propose a novel and manually corrected emotion lexicon for Alsatian dialects . they use graphical variants of Alsalian lexical items to perform automatic emotion analysis .
Outcome: The novel and manually corrected emotion lexicon is used to perform automatic emotion analysis in Alsatian theatre plays.

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