Description
Meta Face Recognition (MFR) is a meta-learning face recognition method. MFR synthesizes the source/target domain shift with a meta-optimization objective, which requires the model to learn effective representations not only on synthesized source domains but also on synthesized target domains. Specifically, domain-shift batches are built through a domain-level sampling strategy and back-propagated gradients/meta-gradients are obtained on synthesized source/target domains by optimizing multi-domain distributions. The gradients and meta-gradients are further combined to update the model to improve generalization.
Papers Using This Method
Syzygy of Thoughts: Improving LLM CoT with the Minimal Free Resolution2025-04-13ANVIL: Anomaly-based Vulnerability Identification without Labelled Training Data2024-08-28EPL: Empirical Prototype Learning for Deep Face Recognition2024-05-21A Comprehensive Survey of Masked Faces: Recognition, Detection, and Unmasking2024-05-09Towards Progressive Multi-Frequency Representation for Image Warping2024-01-01Masked Face Dataset Generation and Masked Face Recognition2023-11-13Towards Large-scale Masked Face Recognition2023-10-25UniTSFace: Unified Threshold Integrated Sample-to-Sample Loss for Face Recognition2023-09-21Localization using Multi-Focal Spatial Attention for Masked Face Recognition2023-05-03Bayesian Non-parametric Hidden Markov Model for Agile Radar Pulse Sequences Streaming Analysis2023-02-09UniFace: Unified Cross-Entropy Loss for Deep Face Recognition2023-01-01Masked Face Recognition Challenge: The InsightFace Track Report2021-08-18Masked Face Recognition Challenge: The WebFace260M Track Report2021-08-16My Eyes Are Up Here: Promoting Focus on Uncovered Regions in Masked Face Recognition2021-08-02Visual Modulation of Human Responses to Support Surface Translation2021-03-05Optical Flow Estimation via Motion Feature Recovery2021-01-16Globally Optimal and Efficient Manhattan Frame Estimation by Delimiting Rotation Search Space2021-01-01Efficient Kernel based Matched Filter Approach for Segmentation of Retinal Blood Vessels2020-12-07Learning Meta Face Recognition in Unseen Domains2020-03-17