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Item Coupled IGMM-GANs for improved generative adversarial anomaly detection(IEEE, 2018-12) Gray, Kathryn; Smolyak, Daniel; Badirli, Sarkhan; Mohler, George; Computer and Information Science, School of ScienceDetecting anomalies and outliers in data has a number of applications including hazard sensing, fraud detection, and systems management. While generative adversarial networks seem like a natural fit for addressing these challenges, we find that existing GAN based anomaly detection algorithms perform poorly due to their inability to handle multimodal patterns. For this purpose we introduce an infinite Gaussian mixture model coupled with (bi-directional) generative adversarial networks, IGMM-GAN, that facilitates multimodal anomaly detection. We illustrate our methodology and its improvement over existing GAN anomaly detection on the MNIST dataset.