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A Secured, Multilevel Face Recognition based on Head Pose Estimation, MTCNN and FaceNet

Thai-Viet Dang, Hoai-Linh Tran

Abstract


Artificial Intelligence and IoT have always attracted a lot of attention from scholars and researchers because of their high applicability, which make them a typical technology of the Fourth Industrial Revolution. The hallmark of AI is its self-learning ability, which enables computers to predict and analyze complex data such as bio data (fingerprints, irises, and faces), voice recognition, text processing. Among those application, the face recognition is under intense research due to the demand in users’ identification. This paper proposes a new, secured, two-step solution for an identification system that uses MTCNN and FaceNet networks enhanced with head pose estimation of the users. The model's accuracy ranges from 92% to 95%, which make it competitive with recent research to demonstrate the system's usability.

Keywords


Face Recognition, Head Pose Estimation, Computer Vision, MTCNN.

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References


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DOI: https://doi.org/10.18196/jrc.v4i4.18780

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Journal of Robotics and Control (JRC)

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