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This model helps us classify 10 different real-life objects by undergoing training under tensorflow's CIFAR dataset which contains 60,000 32x32 color images with 6000 images of each class. I have made use of a stack of Conv2D and MaxPooling2D layers followed by a few densely connected layers.
AI-based system for detecting eye diseases using retinal fundus images. Compares Conv2D, ResNet50 & VGG19 with standard and tuned hyperparameters. Trained on ODIR-5K and evaluated using classification metrics.
This project focuses on detecting driver behavior from images using Convolutional Neural Networks (CNNs). The dataset consists of images categorized into five classes: other_activities, safe_driving, talking_phone, texting_phone, and turning.
Manual implementation and parallel acceleration of the Conv2D forward pass using OpenMP, CUDA, and a Hybrid CPU-GPU approach for High Performance Computing (HPC).