
Learn to implement Google's Inception v1 architecture for image classification, exploring its innovative design and performance benefits.

Learn to build an image-classifying PyTorch model for playing cards in this hands-on tutorial. Covers datasets, model creation, training, and result analysis.

Cutting-edge machine learning research in VR, covering topics like stereoscopic photography, adversarial attacks, 360° depth estimation, scanpath generation, autism screening, and projector deblurring.

Explore open-ended reinforcement learning through unbounded invention of challenges and solutions, focusing on Uber's Enhanced POET algorithm and its applications in AI development.

Learn to classify vehicles using VGG16 and XGBoost in TensorFlow. Covers data preparation, feature extraction, model training, and testing. Gain practical skills in object classification and deep learning.

Learn PyTorch for deep learning: train neural networks for image and text classification, explore tensor operations, automatic differentiation, and modern libraries like PyTorch Lightning for efficient GPU training.

Convert a fine-tuned ViT Transformer to ONNX format and perform CPU inference, enhancing model portability and efficiency for custom image classification tasks.

Aprende a entrenar modelos de aprendizaje profundo personalizados utilizando transferencia de aprendizaje, TensorFlow y ML.NET para clasificar imágenes de superficies de concreto.

Fine-tune a Vision Transformer for diabetic retinopathy detection using EyeQ dataset and convert the model to ONNX format for efficient deployment.

Explore out-of-distribution generalization techniques, focusing on nuisance-induced spurious correlations and invariant risk minimization. Gain insights into robust neural networks and counterfactual invariance.

Learn to build a robust image classifier using advanced techniques like data augmentation, transfer learning, and learning rate scheduling.

Explore a novel approach for one-pixel adversarial attacks using program synthesis, achieving state-of-the-art success rates with fewer queries and transferable programs for neural network classifiers.

Explore machine learning with marginalized corrupted features, a novel approach to enhance generalization and scalability in finite data scenarios. Discover applications in risk minimization and document representation.

Explore the emerging field of Explainable AI, its importance in high-risk domains, and how it bridges the gap between human cognition and machine learning for more intuitive and understandable AI systems.

Explores automated analysis of images in malware, focusing on identifying visually similar samples and classifying images into categories to enhance malware triage and reveal attacker patterns.

Explore machine learning APIs for image analysis, speech recognition, and text processing to enhance web apps without deep technical expertise.

Explore AutoML techniques for image classification, comparing tools to build models from labeled samples. Discover the ease of detecting Wallace vs. Gromit in this hands-on demo.

Practical guide to developing CNN-based image classification pipelines, covering dataset handling, architecture design, training, and evaluation. Explores real-world applications in robotics and biomedicine.

Exploring deep learning applications in medicine, focusing on genetic variation detection using neural networks and its potential impact on disease diagnostics and genomics.

Explore real-world applications of Azure Cognitive Services for AI, including image classification, chatbots, and text analysis. Gain insights into machine learning concepts and practical implementation.

Explore deep learning fundamentals, applications, and potential impact. Learn about neural networks, image classification, style transfer, and future trends in AI and machine learning.