Titlebook: Computer Vision and Image Processing; 7th International Co Deep Gupta,Kishor Bhurchandi,Sanjeev Kumar Conference proceedings 2023 The Edito

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,Data-Centric Approach to?SAR-Optical Image Translation,s able to effectively capture and translate features unique to different land surfaces and experiments conducted on randomised satellite image inputs demonstrate that our approach is viable in significantly outperforming other baselines.

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1865-0929 Processing, CVIP 2022, held in Nagpur, India, November 4–6, 2022...The 110 full papers and 11 short papers?were carefully reviewed and selected from 307 submissions. Out of 121 papers, 109 papers are included in this book. The topical scope of the two-volume set focuses on Medical?Image? Analysis,?

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,Anomaly Detection in?ATM Vestibules Using Three-Stream Deep Learning Approach,feeds. ATM vestibules are one of the critical places where such anomalies must be detected. The problem lies around how we represent a video and further perform analysis on it to predict an anomaly. Another problem is the unavailability of data for this task specific to the ATM vestibule. To tackle

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MIS-Net: A Deep Residual Network Based on Memorised Pooling Indices for Medical Image Segmentation, than classification architectures and require roughly twice as many network parameters. This large number of network layers may result in vanishing gradient or redundant computation, increased computational complexity and more memory consumption. Therefore, it is essential to develop an efficient d

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HD-VAE-GAN: Hiding Data with Variational Autoencoder Generative Adversarial Networks, an embedder network (to hide a message inside the container) and an extractor network(to extract the hidden message from the encoded image). In the proposed method, we employ the generative power of a variational autoencoder with adversarial training to embed images. At the extractor, a vanilla con

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,Hiding Video in?Images: Harnessing Adversarial Learning on?Deep 3D-Spatio-Temporal Convolutional Nes is a relatively new topic and has never been attempted earlier to our best knowledge. We propose two adversarial models that hide video data inside images: a base model with Recurrent Neural Networks and a novel model with 3D-spatiotemporal Convolutional Neural Networks. Both the models have two d

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