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14 articles
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.
Learn how Neural Computers — a new AI concept — could revolutionize computing by combining thinking, remembering, and communication into one system.
This article explains AI-generated content and how AI systems create art, using the recent controversy over an unsettling AI-generated portrait of Sam Altman as an example.
This article explains how sigmoid and ReLU activation functions affect geometric context preservation in neural networks, and why this matters for inference accuracy.
This explainer explores how AI-enhanced display optimization works in premium OLED TVs, examining the neural networks and machine learning algorithms that automatically adjust picture quality in real-time.
This explainer explores Google's TurboQuant technology, a real-time quantization approach that reduces AI computational costs and enables local deployment of large models.
Learn how to create your own AI-generated music using Python and neural networks. This beginner-friendly tutorial walks you through building a simple AI music generator from scratch.
This explainer explores the advanced AI technologies behind Samsung's Galaxy Buds 4 Pro, examining neural networks, adaptive filtering, and edge AI implementations in wireless audio devices.
Learn to design and simulate AI chip architectures using Python, modeling neural network computations and optimizing for performance and power efficiency.
Learn how AI image generation works and why it's changing how we create visual content. Discover what neural networks are and how text prompts can generate detailed images.
Learn how adding more layers to AI neural networks helped reinforcement learning agents master complex behaviors like parkour, showing the power of deeper AI systems.
