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Understanding and application of 3D Face Reconstruction
PhD Thesis Proposal Defence Title: "Understanding and application of 3D Face Reconstruction" by Mr. Jiaxiang SHANG Abstract: The understanding and application of 3D face reconstruction have been extensive research for decades due to its fundamental research status and wide range of applications. The understanding module includes face modeling, digital avatar construction, and 3D face geometry/texture reconstruction. The applications of 3D face reconstruction leverage 3D face information to assist 2D tasks i.e., face reenactment and facial expression recognition. In this thesis, we aim to perform 3D face reconstruction under avatars or personalized face models. Moreover, we utilize such robust 3D information to guide 2D face tasks. Specifically, we first propose an avatar digitization method that pursues high-quality identity preservation and vivid expression animations, which can further participate in constructing a 3D Morphable Model (3DMM). Secondly, considering the 3DMM as a face prior, we propose a self-supervised training architecture (MGCNet) for monocular 3D face reconstruction by the multi-view geometry consistency. The results of this robust face reconstruction model can benefit face reenactment. Therefore, thirdly, we design a controllable face reenactment network (REENet) leveraging the results of MGCNet as guidance. Besides, the REENet can generate 3DMM-image pairs, which provide large expression and pose cases to improve the self-supervised training strategy for face reconstruction. Finally, we leverage the 3D information to construct a facial expression recognition network (3D-FERNet), where the 3D information help to improve the recognition results. Date: Wednesday, 27 April 2022 Time: 4:00pm - 6:00pm Zoom Meeting: https://zoom.us/j/99902023973?pwd=ei9uVGNIODhhQzZ5ekc0ZnREendRUT09 Committee Members: Prof. Long Quan (Supervisor) Prof. Chiew-Lan Tai (Chairperson) Dr. Xiaojuan Ma Prof. Pedro Sander **** ALL are Welcome ****