Android based Emotion Detection Using Convolutions Neural Networks

Rabia Qayyum, Vishwesh Akre, Talha Hafeez, Hasan Ali Khattak, Asif Nawaz, Sheeraz Ahmed, Pankaj Mohindru, Doulat Khan, Khalil ur Rahman
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引用次数: 4

Abstract

With the advent of improved mobile processing capabilities we have seen many novel and useful applications. Among other usecases is the utilization of graphics capabilities of on-board computing capabilities. The study evaluates a new trend of functionality that has been considered in the emotion detection field. The proposed study uses Convolutional Neural Network (CNN) and Recurrent Neural Network (RNN) to conduct a comparison of which deep learning technique works best for emotion recognition. Both neural network are trained using FER2013 dataset of Kaggle with seven emotion classes. The trained models are evaluated where CNN attains the accuracy of 65% and RNN lack behind with the accuracy of 41%. The trained models are then applied using music player based on one’s facial expressions .The user gets the music according to the mood in two forms. Thus with the application user is provided with new and interactive way of getting the music that provides new and latest music and gets an entertaining music app. The Final Product has great scope as the end product can be modified and expanded where music recommendation can be exchanged with other recommendation systems like news, content etc. according to the emotion fetched.
基于Android的卷积神经网络情感检测
随着改进的移动处理能力的出现,我们已经看到了许多新颖而有用的应用。其他用例包括对机载计算功能的图形功能的利用。该研究评估了在情感检测领域已经考虑到的功能的新趋势。该研究使用卷积神经网络(CNN)和递归神经网络(RNN)进行深度学习技术在情感识别方面效果最好的比较。两个神经网络都使用Kaggle的FER2013数据集进行训练,其中包含7个情绪类。对训练后的模型进行了评估,其中CNN达到了65%的准确率,而RNN的准确率仅为41%。然后将训练好的模型应用于基于人的面部表情的音乐播放器中,用户根据心情获得两种形式的音乐。因此,通过应用程序,为用户提供了新的和互动的方式来获取音乐,提供了新的和最新的音乐,并获得了一个有趣的音乐应用程序。最终产品的范围很大,因为最终产品可以修改和扩展,音乐推荐可以与其他推荐系统交换,如新闻,内容等,根据获取的情感。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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