
Learn to build neural networks from scratch in Python, covering perceptrons, gradient descent, and deep learning concepts through simple, engaging explanations and hands-on coding.

Comprehensive tutorial on reproducing GPT-2 (124M) from scratch, covering implementation, optimization, training setup, and results analysis. Includes practical coding and performance tuning tips.

Demystifying LLMs and AI: A concise explanation of neural networks, image recognition, text processing, and GPT models, revealing the non-magical nature of these technologies.

Explore how neural networks learn audio-visual representations from video streams, mimicking infant learning through synchronization of sight and sound.

Exploring machine learning's role in sequential experimental design, focusing on quantifying information value and improving flexibility in planning future experiments.

Explore AI's unpredictability through amusing analogies and expert insights. Gain a thought-provoking perspective on the challenges and implications of artificial intelligence's inherent unpredictability.

Explore poisoning attacks on text-to-image models, focusing on the Nightshade technique's ability to manipulate AI-generated images through targeted data manipulation.

Insightful discussion on PyTorch's development, AI trends, and the future of machine learning with industry experts Soumith Chintala and Merve Noyan.

Innovative approach using neural networks for IoT gateway modulators, offering improved extensibility and portability across diverse hardware platforms with enhanced efficiency.

Innovative approach to enable neural network-driven traffic analysis at line-speed in programmable networks, overcoming limitations of tree-based models and enhancing intelligent network data plane capabilities.

Accelerates distributed deep learning with Tensor Homomorphic Compression, enabling direct aggregation of compressed values and compatibility with in-network aggregation for faster training of vision and language models.

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.

Comprehensive PyTorch tutorial covering tensors, operations, GPU usage, datasets, neural networks, and model training. Hands-on examples for mastering deep learning and LLMs.

Comprehensive guide on using RunPod's Storage Network Volume, deploying Automatic1111 with ControlNet, and leveraging InstantID for advanced image generation and face transfer techniques.

Explore Graph Neural Networks, symmetry principles, and connections to differential equations, geometry, and topology in this comprehensive introduction to Geometric Deep Learning.

Explore the fundamental role of connections in building intelligence, both in human brains and artificial systems, with insights from AI entrepreneur Nigel Toon on information processing and knowledge creation.

Visual introduction to transformers and GPTs, covering key concepts like word embeddings, deep learning premise, and softmax. Explores the inner workings of these models with clear animations and explanations.

Explore backpropagation's fundamentals, from curve fitting to gradient descent, chain rule, and computational graphs. Gain insights into this crucial machine learning algorithm's principles and applications.

Explore PyTorch, a leading open-source AI framework. Learn deep learning fundamentals, PyTorch basics, and recent developments. Discover how to contribute and leverage PyTorch for creating neural network models.

Step-by-step guide to implementing a U-Net model for melanoma detection using TensorFlow/Keras, covering data preparation, augmentation, model building, training, testing, and result visualization.

Comprehensive explanation of DenseNet architecture, including its benefits and implementation in PyTorch. Covers theory, results, and practical coding walkthrough for deep learning enthusiasts.