Emotion Recognition in Contemporary Dance Performances Using Laban Movement Analysis

This paper presents a novel framework for emotion recognition in contemporary dance by improving existing Laban Movement Analysis (LMA) feature descriptors and introducing robust, novel descriptors that capture both quantitative and qualitative aspects of the movement. Our approach extracts expressive characteristics from 3D keypoints data of professional dancers performing contemporary dance under various emotional states, and train multiple classifiers, including Random Forests and Support Vector Machines. Additionally, provide in-depth explanation of features and their impact on model predictions using explainable machine learning methods. Overall, our study improves emotion recognition in contemporary dance and offers promising applications in performance analysis, dance training, and human-computer interaction with highest accuracy of 96.85%. Keywords: Laban Movement Analysis Emotion Recognition Explainable AI 3D Body Pose Estimation 1 Introduction In recent years, human emotion recognition has become an important research direction in the field of motion analysis and human-computer interaction.