A Universal Foreground Segmentation Technique using Deep-Neural Network von Vijayan, Midhula, Mohan, R

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A Regression-Based Approach to Diabetic Retinopathy Diagnosis Using Efficientnet von Vijayan, Midhula, S, Venkatakrishnan

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Advancing Glaucoma Diagnosis: Employing Confidence-Calibrated Label Smoothing Loss for Model Calibration von Vijayan, Midhula, Prasad, Deepthi Keshav, Srinivasan, Venkatakrishnan

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Contextual background modeling using deep convolutional neural network von Vijayan, Midhula, Mohan, R., Raguraman, Preeth

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A Fully Residual Convolutional Neural Network for Background Subtraction von Vijayan, Midhula, Raguraman, Preeth, Mohan, R

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Moving object detection using vector image model von Vijayan, Midhula, Ramasundaram, Mohan

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A fast DGPSO-motion saliency map based moving object detection von Vijayan, Midhula, Ramasundaram, Mohan

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Background Modeling Using Deep-Variational Autoencoder von Vijayan, Midhula, Mohan, R.

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SYSTEM AND METHOD FOR RETINAL IMAGING von VIJAYAN, Midhula, PRASAD, Deepthi Keshav, CHIKKATUR, Harshitha Prakash, SRINIVASAN, Venkatakrishnan

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Moving Object Detection Using Local Binary Pattern and Gaussian Background Model von Athira, A.P., Vijayan, Midhula, Mohan, R.

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