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Foundations of Machine Learning and AI: Geometry, Probability and Optimization
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Dieser Artikel gilt, aufgrund seiner Grösse, beim Versand als 3 Artikel!
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| This book builds a single, coherent pathway from linear algebra to probability and statistical learning-the twin pillars behind modern Data Science, AI, and ML. With equal emphasis on
geometry (matrices, spectra, projections)
and
uncertainty (randomness, estimation, generalization)
, it equips readers to derive algorithms from first principles and implement them robustly at scale. Throughout, geometric pictures (projections, angles, spectra) and probabilistic arguments (risk, concentration, generalization) are developed side-by-side. Each concept is motivated by a real ML use case-denoising with PCA, ill-conditioning in regression, choosing regularization via validation curves, or accelerating large least-squares with sketching.
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