用深度神经网络表征面部表情

N. Sharma, Charvi Jain
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引用次数: 2

摘要

深度学习通过提高对指定任务的速度和准确性,在计算机视觉的进步中发挥着重要作用。它为改进和增强流程以及以自动化的方式启动人工驱动的任务提供了机会。在这种增长的基础上,深度学习算法在CNN和RNN领域得到了应用。深度学习算法的主要优点是不需要手动从图像中提取特征。网络在训练时提取特征。唯一需要的输入是将图像提供给网络。CNN和RNN在许多分类任务上给出了最先进的结果。深度学习算法是为目标的特征检测/提取、分类和识别设计的。CNN的主要优势是通过直接从对象的输入图像中完成学习,消除或减少了对基于物理模型的依赖,其他处理方法。CNN和RNN的结合在人脸识别、物体识别、场景理解和面部表情识别等方面都取得了很好的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characterization of Facial Expression using Deep Neural Networks
Deep learning plays a significant role in the advancement of computer vision by improving the speed and accuracy to the assigned tasks. It is opening opportunities for improvement and enhancement of processes and to initiate the human-driven tasks in an automated manner. On the basis of this growth, deep-learning algorithms are finding applications in the field CNN and RNN. The key advantage of Deep Learning algorithm is that manually extraction of features from the image is not required. The network extracts the features while training. The only input required is to provide the image to the network. The CNN’s and RNN’s have given state-of-the art results on numerous classification tasks. The Deep learning algorithm are designed for feature detection / extraction, classification and recognition of the object. The key advantage of a CNN is to remove or reduce the reliance on physics-based models, other processing methods by enabling complete learning directly from the input images of the object. The CNN and RNN together has given effective results in the area of face recognition, object recognition, scene understanding and facial expression recognition.
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