paper-with-me

홈 › Papers

Experiencers, Stimuli, or Targets: Which Semantic Roles Enable Machine Learning to Infer the Emotions?

2020-11-03 · COLING (PEOPLES) 2020 12 · Laura Oberländer, Kevin Reich, Roman Klinger

Emotion recognition is predominantly formulated as text classification in which textual units are assigned to an emotion from a predefined inventory (e.g., fear, joy, anger, disgust, sadness, surprise, trust, anticipation). More recently, semantic role labeling approaches have been developed to extract structures from the text to answer questions like: "who is described to feel the emotion?" (experiencer), "what causes this emotion?" (stimulus), and at which entity is it directed?" (target). Though it has been shown that jointly modeling stimulus and emotion category prediction is beneficial for both subtasks, it remains unclear which of these semantic roles enables a classifier to infer the emotion. Is it the experiencer, because the identity of a person is biased towards a particular emotion (X is always happy)? Is it a particular target (everybody loves X) or a stimulus (doing X makes everybody sad)? We answer these questions by training emotion classification models on five available datasets annotated with at least one semantic role by masking the fillers of these roles in the text in a controlled manner and find that across multiple corpora, stimuli and targets carry emotion information, while the experiencer might be considered a confounder. Further, we analyze if informing the model about the position of the role improves the classification decision. Particularly on literature corpora we find that the role information improves the emotion classification.

📄 PDF Abstract BibTeX arXiv:2011.01599

Code (0)

등록된 구현이 없습니다.

Tasks

BIG-bench Machine LearningClassificationEmotion ClassificationEmotion RecognitionGeneral ClassificationSemantic Role Labelingtext-classificationText Classification

Similar Papers 제목 키워드 기반

GoodNewsEveryone: A Corpus of News Headlines Annotated with Emotions, Semantic Roles, and Reader Perception

2019-12-06 · LREC 2020 5 · Laura Bostan, Evgeny Kim, Roman Klinger

Most research on emotion analysis from text focuses on the task of emotion classification or emotion intensity regression. Fewer works address emotions as a phenomenon to be tackled with structured learning, which can be…

Emotion ClassificationEmotion RecognitionGeneral Classification

Who Feels What and Why? Annotation of a Literature Corpus with Semantic Roles of Emotions

2018-08-01 · COLING 2018 8 · Evgeny Kim, Roman Klinger

Most approaches to emotion analysis in fictional texts focus on detecting the emotion expressed in text. We argue that this is a simplification which leads to an overgeneralized interpretation of the results, as it does …

Emotion Recognition

x-enVENT: A Corpus of Event Descriptions with Experiencer-specific Emotion and Appraisal Annotations

2022-03-21 · LREC 2022 6 · Enrica Troiano, Laura Oberländer, Maximilian Wegge, Roman Klinger

Emotion classification is often formulated as the task to categorize texts into a predefined set of emotion classes. So far, this task has been the recognition of the emotion of writers and readers, as well as that of en…

Emotion ClassificationEmotion Recognition

Experiencer-Specific Emotion and Appraisal Prediction

2022-10-21 · Maximilian Wegge, Enrica Troiano, Laura Oberländer, Roman Klinger

Emotion classification in NLP assigns emotions to texts, such as sentences or paragraphs. With texts like "I felt guilty when he cried", focusing on the sentence level disregards the standpoint of each participant in the…

Emotion ClassificationPredictionSemantic Role LabelingSentence

Spatial Multi-Arrangement for Clustering and Multi-way Similarity Dataset Construction

2020-05-01 · LREC 2020 5 · Olga Majewska, Diana McCarthy, Jasper van den Bosch, Nikolaus Kriegeskorte 외

We present a novel methodology for fast bottom-up creation of large-scale semantic similarity resources to support development and evaluation of NLP systems. Our work targets verb similarity, but the methodology is equal…

ClusteringSemantic SimilaritySemantic Textual SimilarityWord Similarity