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24 articles
Learn to build neural networks for object detection similar to Tesla's Full Self-Driving software using TensorFlow and OpenCV.
This article explains the mathematical foundations and mechanisms of neural networks, the core architecture underlying modern AI systems. You'll learn how neural networks process information through layers of interconnected nodes and how they learn from data.
This article explains how transfer learning—a key AI concept—enables robots to rapidly adapt to new tasks by reusing pre-trained models, as demonstrated by the Honor D1 humanoid robot.
This explainer explains how superposition helps large AI models work better by storing and connecting information in overlapping ways, making them more powerful and creative.
This article explains the concept of inference optimization in AI, why it's critical for modern AI deployment, and how companies like Nebius are investing heavily in this area.
Learn to build and analyze a simple AI system using PyTorch, understanding the foundational technologies behind AI safety and alignment that were central to Musk's testimony.
A detailed tutorial explores Equinox, a JAX-native neural network library, highlighting its use of PyTrees, filtered transforms, and stateful layers for efficient model development.
Learn how NeoCognition's new AI agents learn from experience to become more reliable and specialized, rather than relying on pre-training.
Learn to build a simple AI agent that can learn and adapt to new tasks, similar to the technology developed by NeoCognition. This beginner-friendly tutorial teaches fundamental concepts of machine learning agents.
This explainer explores how AI model optimization techniques have made older smartphones more efficient than newer models, challenging the assumption that newer is always better.
This article explains π0.7, a new AI system that enables robots to learn and adapt to novel tasks without extensive retraining, representing a significant step toward general-purpose robot brains.
This explainer explores how AI-enhanced audio processing works in modern turntables, examining the neural networks, signal processing techniques, and edge computing principles that enable smart audio reproduction.
