ArcFace, or Additive Angular Margin Loss, is a loss function used in face recognition tasks. The softmax is traditionally used in these tasks. However, the softmax loss function does not explicitly optimise the feature embedding to enforce higher similarity for intraclass samples and diversity for inter-class samples, which results in a ... Witrynaobtains better performance compared to SphereFace but ad-mits much easier implementation and relieves the need for joint supervision from the softmax loss. In this paper, we propose an Additive Angular Margin Loss (ArcFace) to further improve the discriminative power of the face recognition model and to stabilise the training process.
serengil/deepface - Github
Witryna28 sie 2024 · An additive angular margin loss is proposed in arcface to further improve the descriminative power of the face recognition model and stabilize the training process. The arc-cosine function is... Witryna18 lut 2024 · We introduce a simple yet powerful multi-scale arc-fusion loss function for biometric feature embedding, targeting small training databases, which are easy to … greencore policy
ElasticFace: Elastic Margin Loss for Deep Face Recognition
Witryna12 kwi 2024 · Given two finite sets A and B of points in the Euclidean plane, a minimum multi-source multi-sink Steiner network in the plane, or a minimum (A, B)-network, is a directed graph embedded in the plane with a dipath from every node in A to every node in B such that the total length of all arcs in the network is minimised. Such a network … Witrynai.e., ArcFace loss [15] for the model fine-tuning, which can further improve the ability to distinguish the audio features from different IDs. The ArcFace loss is calculated as L ArcFace = ArcFace(h i;l i): (3) For the anomalous sound detection, we use the proposed CLP-SCF method to predict the ID of an estimated ma- Witryna31 gru 2024 · TL;DR: This paper relaxes the intra-class constraint of ArcFace to improve the robustness to label noise and designs K sub-centers for each class and the training sample only needs to be close to any of the K positive subcenters instead of the only one positive center. Abstract: Margin-based deep face recognition methods (e.g. … greencore plc share