Ryota Natsume*, Kazuki Inoue*, Yoshihiro Fukuhara, Shintaro Yamamoto, Shigeo Morishima, Hirokatsu Kataoka (*equal contribution)

Understanding Fake-Faces

DOI: 10.1007/978-3-030-11015-4_42

Brain-Driven Computer Vision Workshop (BDCV 2018) in ECCV 2018, Posters


The research of face is one of the most active topics in computer vision, and deep neural networks (DNNs) fill the gap between human-level and computer-driven performance in face verification 가곡 명태 다운로드. The performance gap seems to get close in the accuracy-based expectation.  However, a curious scenario appears, namely face understanding is really close to the human-level performance 식샤를 합시다? In the paper, to confirm the brain-driven concept, we conduct image-based detection, classification and generation on our Fake-Face database. The Fake-Face database has two configurations: (i) false positives by face detector (e.g aix tl 다운로드. VJ, CNNs), and (ii) Simulacra faces which seem to be human faces but there is no real-face. The result shows a suggestive knowledge, such as the recent vision-based face understanding still remains the gap from the human-level performance 훈민워드. Positively, we obtain the knowledge to improve the current face understanding model toward the next level.