3260 papers • 126 benchmarks • 313 datasets
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The results on MNIST and Caltech-256 image datasets, along with the challenging UCSD Ped2 dataset for video anomaly detection illustrate that the proposed method learns the target class effectively and is superior to the baseline and state-of-the-art methods.
A new framework for PAD is proposed using a one-class classifier, where the representation used is learned with a Multi-Channel Convolutional Neural Network (MCCNN) and a novel loss function is introduced, which forces the network to learn a compact embedding for bonafide class while being far from the representation of attacks.
This work proposes a two-stage framework for building anomaly detectors using normal training data only, which first learns self-supervised deep representations and then builds a generative one-class classifier on learned representations.
An OODD use case for radar targets detection extensible to other kinds of sensors and detection scenarios is put forward, and a comparison of deep and non-deep OodD methods on simulated low-resolution pulse radar micro-Doppler signatures is proposed.
An algorithm for satellite image forgery detection and localization is proposed that works under the assumption that no forged images are available for training and is validated against different kinds of satellite images containing forgeries of different size and shape.
This work proposes automatic support vector data description (ASVDD) based on both validation degree, which is originated from fuzzy rough set to discover data characteristic, and assigning effective values for tuning parameters by chaotic bat algorithm, and demonstrates superiority of the proposed method over state-of-the-art ones in terms of classification accuracy and AUC.
A Localized Multiple Kernel learning approach for Anomaly Detection (LMKAD) using OCC, where the weight for each kernel is assigned locally and the parameters of the gating function and one-class classifier are optimized simultaneously through a two-step optimization process.
An integrated automatic unsupervised feature learning and one-class classification for fault detection that uses data on healthy conditions only for its training, demonstrating a better performance in cases where condition monitoring data contain several non-informative signals.
This work makes the computation of the novelty probability feasible because it linearize the parameterized manifold capturing the underlying structure of the inlier distribution, and shows how the probability factorizes and can be computed with respect to local coordinates of the manifold tangent space.
This paper proposes a new OOD detection approach that can be easily applied to an existing classifier and does not need to have access to OOD samples, and achieves substantially better results over multiple metrics.
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