In this paper, we propose a sentiment-enriched lightweight network SeLiNet and an end-to-end on-device pipeline for contextual emotion recognition in images. SeLiNet model consists of body feature extractor, image aesthetics feature extractor, and learning-based fusion network which jointly estimates discrete emotion and human sentiments tasks. On the EMOTIC dataset, the proposed approach achieves an Average Precision (AP) score of 27.17 in comparison to the baseline AP score of 27.38 while reducing the model size by >85%. In addition, we report an on-device AP score of 26.42 with reduction in model size by >93% when compared to the baseline.
@article{arxiv.2307.02773,
title = {SeLiNet: Sentiment enriched Lightweight Network for Emotion Recognition in Images},
author = {Tuneer Khargonkar and Shwetank Choudhary and Sumit Kumar and Barath Raj KR},
journal= {arXiv preprint arXiv:2307.02773},
year = {2023}
}