A Self-adapting Face Authentication System with Deep Learning

Hind Baaqeel, S. Olatunji
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引用次数: 2

Abstract

Recent years have witnessed lots of development on face recognition systems including the ability to adapt to new genuine user features. Self-adapted Face Recognition systems are powerful tools to overcome the limitation of performance degradation over time. In this paper, a self-adapted face verification system (AFVS) that can efficiently classify genuine user samples for the update process using deep learning techniques has been proposed. The adaptivity feature of the proposed system model ensures performance stability in the long run. The proposed model has been developed using deep learning techniques which showed improved performance on Krassar model with higher F1-score and more tolerance to facial changes than the state-of-the-art face verification models.
基于深度学习的自适应人脸认证系统
近年来,人脸识别系统有了很大的发展,包括适应新的真实用户特征的能力。自适应人脸识别系统是克服性能随时间退化限制的有力工具。本文提出了一种基于深度学习技术的自适应人脸验证系统(AFVS),该系统可以有效地对真实用户样本进行分类,并用于更新过程。系统模型的自适应特性保证了系统的长期稳定性。该模型使用深度学习技术开发,与最先进的面部验证模型相比,Krassar模型具有更高的f1分数和更强的面部变化容忍度。
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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