Real-Time Face Emotion Recognition and Visualization using Grad-CAM

Tashreef Abdullah Araf, A. Siddika, Sadullah Karimi, Md. Golam Rabiul Alam
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Abstract

One of the most indicative ways of communication is facial expressions. The Face attributes are the contended mode to specify human sensitivity. Hence facial emotion recognition is necessary for human-machine interaction systems. The AI nowadays can also understand emotions verifying facial movement and intimation like a human brain does. But tracing the mechanism of AI is challenging as most of the AI methods are referred to as "Black box". To perceive the insights of AI algorithms the term Explainable AI has been brought to light. Explainable AI is a need to implement and build proper, fair, and responsible models that can even be flexible to use on a large production basis. In this paper, Cascade Classifier for emotion recognition and Grad-CAM for visualization of model detection has been employed. The region of interest of the face is located to extract features which are categorized into 7 classes. The results obtained are appreciable and can be applied in works relating to human expression detection.
基于Grad-CAM的实时人脸情绪识别与可视化
最具代表性的交流方式之一是面部表情。Face属性是指定人类敏感性的争用模式。因此,面部情感识别在人机交互系统中是必不可少的。现在的人工智能也可以像人类大脑一样,通过面部动作和暗示来理解情绪。但追踪人工智能的机制是具有挑战性的,因为大多数人工智能方法被称为“黑匣子”。为了理解人工智能算法的洞察力,术语“可解释的人工智能”已经被曝光。可解释的人工智能需要实现和构建适当、公平和负责任的模型,这些模型甚至可以灵活地用于大规模生产。本文采用级联分类器进行情感识别,采用grada - cam进行模型检测的可视化。对人脸感兴趣的区域进行定位,提取特征,将特征分为7类。所获得的结果是可观的,可以应用于与人类表情检测有关的工作。
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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