| 1 - Introduction | |||
| 1. Introduction, Setup & Reading the Math.html | 23.28 KB | ||
| 1. What-From-Scratch-Means.mp4 | 12.99 MB | ||
| 2. Reading-ML-Math.mp4 | 12.29 MB | ||
| 3. Setup.mp4 | 9.05 MB | ||
| 4. How-to-use-this-course.mp4 | 9.34 MB | ||
| 10 - PCA | |||
| 10. PCA & Dimensionality Reduction.html | 25.06 KB | ||
| 48. Curse-Of-Dimensionality.mp4 | 17.33 MB | ||
| 49. Covariance-Eigenvectors.mp4 | 19.14 MB | ||
| 50. Implementation.mp4 | 14.7 MB | ||
| 51. Explained-Variance.mp4 | 16.38 MB | ||
| 52. Project-Digits.mp4 | 17.15 MB | ||
| 11 - Neural-Networks | |||
| 11. Neural Networks from Scratch.html | 24.67 KB | ||
| 53. The-Neuron.mp4 | 14.14 MB | ||
| 54. Forward-Propagation.mp4 | 17 MB | ||
| 55. Activations.mp4 | 16.37 MB | ||
| 56. Backpropagation.mp4 | 20.3 MB | ||
| 57. Implementation.mp4 | 17.14 MB | ||
| 58. Training-Loop.mp4 | 19.52 MB | ||
| 59. Project-Mnist.mp4 | 15.22 MB | ||
| 12 - Capstone | |||
| 12. Capstone & Real-World Workflow.html | 25.34 KB | ||
| 60. The-Workflow.mp4 | 13.97 MB | ||
| 61. ProjectA-Eda.mp4 | 15.07 MB | ||
| 62. ProjectA-Modeling.mp4 | 17.52 MB | ||
| 63. ProjectB-Classifier.mp4 | 19.58 MB | ||
| 64. ProjectC-Segmentation.mp4 | 20.71 MB | ||
| 65. Benchmark.mp4 | 35.43 MB | ||
| 66. Where-Next.mp4 | 21.3 MB | ||
| 2 - Math-Toolkit | |||
| 10. Numpy-Vectorization.mp4 | 14.77 MB | ||
| 2. The Math Toolkit for ML.html | 24.48 KB | ||
| 5. Vectors-Dot-Product.mp4 | 13.84 MB | ||
| 6. Matrices.mp4 | 15.26 MB | ||
| 7. Derivatives.mp4 | 14.57 MB | ||
| 8. Gradients.mp4 | 14.17 MB | ||
| 9. Probability.mp4 | 14.65 MB | ||
| 3 - Linear-Regression | |||
| 11. The-Model.mp4 | 12.27 MB | ||
| 12. Cost-Function.mp4 | 15.2 MB | ||
| 13. Normal-Equation.mp4 | 15.02 MB | ||
| 14. Implementation.mp4 | 15.01 MB | ||
| 15. Project-House-Prices.mp4 | 17.64 MB | ||
| 16. Metrics-&-Validation.mp4 | 15.19 MB | ||
| 3. Linear Regression from Scratch.html | 24.94 KB | ||
| 4 - Gradient-Descent | |||
| 17. Why-Iterative.mp4 | 15.33 MB | ||
| 18. Deriving-The-Gradient.mp4 | 15.22 MB | ||
| 19. Learning-Rate.mp4 | 14.18 MB | ||
| 20. Batch-Stochastic-Minibatch.mp4 | 15.77 MB | ||
| 21. Project-Optimize-Regressor.mp4 | 16.75 MB | ||
| 4. Gradient Descent.html | 24.6 KB | ||
| 5 - Logistic-Regression | |||
| 22. Sigmoid.mp4 | 15.62 MB | ||
| 23. Cross-Entropy.mp4 | 19 MB | ||
| 24. Log-Loss-Gradient.mp4 | 15.09 MB | ||
| 25. Implementation.mp4 | 18.2 MB | ||
| 26. Project-Breast-Cancer.mp4 | 17.23 MB | ||
| 27. Classification-Metrics.mp4 | 19.19 MB | ||
| 5. Logistic Regression & Classification.html | 24.64 KB | ||
| 6 - KNN | |||
| 28. Distance-Metrics.mp4 | 17.39 MB | ||
| 29. Implementation.mp4 | 14.48 MB | ||
| 30. Vectorizing-And-Choosing-K.mp4 | 16.34 MB | ||
| 31. Project-Wine.mp4 | 14.53 MB | ||
| 6. K-Nearest Neighbors.html | 24.89 KB | ||
| 7 - Decision-Trees | |||
| 32. How-Trees-Split.mp4 | 15.25 MB | ||
| 33. Entropy-Gini-Gain.mp4 | 21.49 MB | ||
| 34. Building-The-Tree.mp4 | 17.21 MB | ||
| 35. Overfitting-And-Pruning.mp4 | 15.2 MB | ||
| 36. Random-Forest.mp4 | 16.99 MB | ||
| 37. Project-Titanic.mp4 | 16.91 MB | ||
| 7. Decision Trees & Random Forests.html | 24.09 KB | ||
| 8 - Naive-Bayes | |||
| 38. Bayes-Theorem.mp4 | 15.18 MB | ||
| 39. The-Naive-Assumption.mp4 | 14.93 MB | ||
| 40. Multinomial-Nb.mp4 | 15.04 MB | ||
| 41. Project-Spam.mp4 | 17.59 MB | ||
| 42. Gaussian-Nb.mp4 | 17.67 MB | ||
| 8. Naive Bayes.html | 25.07 KB | ||
| 9 - Kmeans | |||
| 43. Unsupervised-And-Inertia.mp4 | 15.28 MB | ||
| 44. Lloyds-Algorithm.mp4 | 14.89 MB | ||
| 45. Implementation.mp4 | 18.63 MB | ||
| 46. Choosing-K.mp4 | 17.18 MB | ||
| 47. Project-Segmentation.mp4 | 29.19 MB | ||
| 9. K-Means Clustering.html | 24.8 KB |
Обучающие видео » Компьютерные видеоуроки и обучающие интерактивные DVD » Machine/Deep Learning, Neural Networks
ML from Zero: Machine Learning, Math & Python from Scratch
Год выпуска: 9/2026
Производитель: Udemy
Сайт производителя: https://www.udemy.com/course/ml-from-zero-machine-learning-math-python-from-scratch/
Автор: Vaibhav Kumar Singh
Продолжительность: 6h 34m
Тип раздаваемого материала: Видеоурок
Язык: Английский
Описание: This course teaches machine learning from zero by having you write each core algorithm yourself in Python before comparing it with a professional library, so you understand why a model works instead of calling a function and hoping for the best. It explains each idea in plain language first, then as a formula, then as a few lines of code, so no maths degree is required—the formulas behind machine learning become tools you can use rather than symbols to memorize. You will learn Python and NumPy for machine learning including arrays, vectorization, broadcasting, and generating data; linear algebra essentials with vectors, the dot product, matrices, and matrix multiplication; calculus for ML covering derivatives, partial derivatives, the chain rule, and gradient descent; probability and statistics including mean, variance, distributions, and Bayes rule; linear regression from scratch with gradient descent and the normal equation; logistic regression and classification including the sigmoid and log loss; model evaluation with train/test split, confusion matrix, precision, recall, regularization, and cross-validation; and beyond the basics with k-nearest neighbors, k-means clustering, and how decision trees choose a split.
The course works through short, focused video lectures with captions, code walkthroughs you can follow line by line, companion Python scripts and Jupyter notebooks for every module, and from-scratch code checked against scikit-learn so you can see your version gives the same answers. It is for beginners who want to understand machine learning properly, programmers who want the maths explained through code, and students who find ML textbooks hard to follow—if you know basic Python and want to know what happens inside a model, this course is for you. By the end, you will be able to read a machine learning formula, implement it in Python, and judge whether a model is working. The course uses AI tools to support content creation.
[spoiler="Содержание"]
1 - Introduction
1. What-From-Scratch-Means (04:41)
2. Reading-ML-Math (05:53)
3. Setup (03:11)
4. How-to-use-this-course (03:34)
2 - Math-Toolkit
5. Vectors-Dot-Product (05:25)
6. Matrices (05:35)
7. Derivatives (05:48)
8. Gradients (05:09)
9. Probability (05:54)
10. Numpy-Vectorization (05:21)
3 - Linear-Regression
11. The-Model (04:41)
12. Cost-Function (05:57)
13. Normal-Equation (04:55)
14. Implementation (04:55)
15. Project-House-Prices (06:34)
16. Metrics-&-Validation (06:00)
4 - Gradient-Descent
17. Why-Iterative (05:49)
18. Deriving-The-Gradient (05:52)
19. Learning-Rate (06:19)
20. Batch-Stochastic-Minibatch (06:09)
21. Project-Optimize-Regressor (06:06)
5 - Logistic-Regression
22. Sigmoid (05:57)
23. Cross-Entropy (06:41)
24. Log-Loss-Gradient (05:32)
25. Implementation (06:15)
26. Project-Breast-Cancer (06:09)
27. Classification-Metrics (06:46)
6 - KNN
28. Distance-Metrics (06:36)
29. Implementation (05:25)
30. Vectorizing-And-Choosing-K (06:03)
31. Project-Wine (05:52)
7 - Decision-Trees
32. How-Trees-Split (05:56)
33. Entropy-Gini-Gain (07:25)
34. Building-The-Tree (06:49)
35. Overfitting-And-Pruning (05:36)
36. Random-Forest (06:32)
37. Project-Titanic (06:37)
8 - Naive-Bayes
38. Bayes-Theorem (05:36)
39. The-Naive-Assumption (05:31)
40. Multinomial-Nb (05:56)
41. Project-Spam (07:01)
42. Gaussian-Nb (06:28)
9 - Kmeans
43. Unsupervised-And-Inertia (05:49)
44. Lloyds-Algorithm (05:43)
45. Implementation (06:09)
46. Choosing-K (06:33)
47. Project-Segmentation (05:45)
10 - PCA
48. Curse-Of-Dimensionality (06:27)
49. Covariance-Eigenvectors (06:22)
50. Implementation (05:32)
51. Explained-Variance (06:30)
52. Project-Digits (05:58)
11 - Neural-Networks
53. The-Neuron (05:47)
54. Forward-Propagation (05:56)
55. Activations (06:30)
56. Backpropagation (06:45)
57. Implementation (05:59)
58. Training-Loop (06:35)
59. Project-Mnist (06:16)
12 - Capstone
60. The-Workflow (06:13)
61. ProjectA-Eda (06:01)
62. ProjectA-Modeling (06:32)
63. ProjectB-Classifier (06:37)
64. ProjectC-Segmentation (06:23)
65. Benchmark (06:23)
66. Where-Next (07:11)
[/spoiler]
Файлы примеров: не предусмотрены
Формат видео: MP4
Видео: AVC, 1920x1080, 16:9, 30fps, 231kbps
Аудио: AAC, 44.1Hz, 128kbps, stereo
[spoiler="Скриншоты"]![]()
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[/spoiler]
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