Examples

Watch gradient descent struggle in real-time! This animation reveals the three critical problems that plague basic gradient descent optimization: #machinelearning #GradientDescent #DeepLearning #AI #Optimization #NeuralNetworks #DataScience #MLEngineering #ArtificialIntelligence #TechEducation
Why Gradient Descent Fails (And What We Need Instead)
Want your deep learning models to train faster and smarter? In this video, we break down how the Adam optimizer works in a simple, intuitive way. From gradients to adaptive learning rates, we’ll show you why Adam is one of the most popular optimization algorithms in AI. What you’ll learn in this video: What Adam optimizer is and why it’s better than traditional gradient descent How Adam uses momentum and adaptive learning rates to speed up training A step-by-step example to understand Adam mathematically and visually Tips to tune Adam for your own neural networks Whether you’re a beginner or an aspiring AI engineer, this video will help you train models smarter, not harder.
Adam Optimizer VISUALLY Explained
Discover why ADAM is the go-to optimizer for training neural networks! ADAM (Adaptive Moment Estimation) combines the best of both worlds: Momentum for speed through steep valleys Adaptive learning rates for tricky plateaus Minimal hyperparameter tuning needed
Why ADAM Beats Every Other Optimizer #AI #LLM #ai #adam #machinelearning #learn
Direct Preference Optimization (DPO) Explained Visually! Want to understand how language models learn human preferences without the complexity of traditional RLHF? This video breaks down the Direct Preference Optimization (DPO) paper with clear, visual explanations. We cover: How DPO collapses the RLHF process into a single, elegant stage The Bradley-Terry model and why reward differences matter How the gradient updates prioritize preferred completions Why DPO is simpler, more stable, and efficient than traditional methods Whether you’re a researcher, ML enthusiast, or just curious about AI alignment, this video will give you an easy-to-follow, visual understanding of DPO. #DPO #RLHF #AIAlignment #MachineLearning #DeepLearning #AIResearch #LanguageModels #ArtificialIntelligence #AI #ML #NeuralNetworks #ReinforcementLearning #TechExplained #AIExplained #MLResearch #AIInsights
Direct Preference Optimization Beats RLHF (Explained Visually), how DPO works?
Dive into the world of Transformers with this clear, visual introduction! In this video, we break down the concept of the Free Transformer, showing how these powerful AI models generate text one step at a time, all without getting lost in complicated jargon. Whether you’re a student, AI enthusiast, or just curious about how cutting-edge language models work, this video gives you an easy-to-follow visual explanation that makes Transformers intuitive and fun. What you’ll learn: How Transformers process information step by step The core idea behind autoregressive text generation Why the “Free Transformer” concept matters in AI research Don’t forget to like, comment, and subscribe for more AI breakdowns and visual guides! #AI #Transformers #MachineLearning #DeepLearning #FreeTransformer #VisualExplanation
Intro to The Free Transformer (Visual Explanation)
@Genipadstudio #vLLM #PagedAttention #LLMInference #AIEngineering #MachineLearning #DeepLearning #AIModels #LLMOptimization #AIInfrastructure
How Paged Attention works in vLLM
Free Transformers Explained — Rethinking Attention Without the Cost Transformers power today’s AI—from language models to vision systems—but their biggest weakness is quadratic attention cost. In this video, we break down the Free Transformer paper, a new approach that removes this bottleneck while keeping the expressive power of transformers. You’ll learn: Why standard self-attention doesn’t scale What “Free” really means in Free Transformers How the architecture avoids quadratic complexity The key intuition behind the model (no math overload) Where this approach fits in the future of efficient AI models This video is designed for engineers, researchers, and curious learners who want to understand the idea behind the paper—not just the equations. #AI #Transformers #MachineLearning #DeepLearning #ResearchPaper #EfficientAI #AttentionMechanism #PaperExplanation
The Free Transformer
In this video, I break down the core ideas behind the Nested Learning paper—a framework that connects learning at multiple levels to improve generalization, efficiency, and adaptability in intelligent systems. Rather than learning everything at once, nested learning shows how models can: Learn fast inner rules while Simultaneously optimizing slower outer structures This perspective helps explain how complex behaviors can emerge from simpler learning processes—and why hierarchical learning is so powerful in both machine learning and biological systems. #NestedLearning #MachineLearning #ArtificialIntelligence #DeepLearning #MetaLearning #AIResearch #ResearchPaper #PaperSummary #MLTheory #AIExplained #LearningSystems
Nested Learning: The Illusion of Deep Learning Architectures
In this video, I break down one of the most important concepts behind vLLM’s high-throughput inference: Paged Attention — but instead of explaining it with dry theory, we follow the story of three prompts traveling through the vLLM engine. You’ll see how: Each prompt gets its KV cache blocks allocated How slot mapping connects logical token positions to physical locations in GPU memory Why block reuse and block management make vLLM extremely fast How decoding and prefilling can happen in the same step thanks to vLLM’s architecture And how everything fits together to maximize efficiency Whether you're building LLM apps, optimizing inference, or just curious about how modern LLM engines work behind the scenes, this visual journey will make Paged Attention finally click. #vLLM #PagedAttention #LLMInference #AIEngineering #MachineLearning #DeepLearning #AIModels #LLMOptimization #AIInfrastructure #ArtificialIntelligence #NeuralNetworks #TechExplained #AIVideo #MLTutorial #AIVisualization #ComputerScience #GPUComputing #PythonAI
How vLLM Works + Journey of Prompts to vLLM + Paged Attention
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