Linear Algebra & Probability: Advanced Linear Algebra
Machine Learning
| Intermediate
- 14 videos | 1h 42m 55s
- Includes Assessment
- Earns a Badge
Learners will discover how to apply advanced linear algebra and its principles to derive machine learning implementations in this 14-video course. Explore PCA, tensors, decomposition, and singular-value decomposition, as well as how to reconstruct a rectangular matrix from singular-value decomposition. Key concepts covered here include how to use Python libraries to implement principal component analysis with matrix multiplication; sparse matrix and its operations; tensors in linear algebra and arithmetic operations that can be applied; and how to implement Hadamard product on tensors by using Python. Next, learn how to calculate singular-value decomposition and reconstruct a rectangular matrix; learn the characteristics of probability applicable in machine learning; and study probability in linear algebra and its role in machine learning. You will learn types of random variables and functions used to manage random numbers in probability; examine the concept and characteristics of central limit theorem and means and learn common usage scenarios; and examine the concept of parameter estimation and Gaussian distribution. Finally, learn the characteristics of binomial distribution with real-time examples.
WHAT YOU WILL LEARN
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discover the key concepts covered in this course
use Python libraries to implement principal component analysis with matrix multiplication
describe sparse matrix and the operations that can be performed on sparse matrix
define the concept of tensors in linear algebra and list the arithmetic operations that can be applied on tensors
implement Hadamard product on tensors using Python
describe singular-value decomposition and how to calculate it
reconstruct a rectangular matrix from single-value decomposition -
recognize the characteristics of probability that are applicable in machine learning
describe probability in linear algebra and its role in machine learning
recall the types of random variables and the functions that can be used to manage random numbers in probability
describe the concept and characteristics of central limit theorem and means and recognize common usage scenarios
describe parameter estimation and distribution using Gaussian
describe binomial distribution and its characteristics
recall the arithmetic operations that can be applied on tensors, list the features of multivariate statistics that are applicable in machine learning, and implement Hadamard product on tensors using Python
IN THIS COURSE
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1m 52s
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6m 22sIn this video, you will use Python libraries to implement principal component analysis with matrix multiplication. FREE ACCESS
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3. Sparse Matrix9m 33sAfter completing this video, you will be able to describe a sparse matrix and the operations that can be performed on a sparse matrix. FREE ACCESS
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4. Tensor Arithmetic5m 26sLearn how to define the concept of tensors in linear algebra and list the arithmetic operations that can be applied to tensors. FREE ACCESS
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5. Hadamard Product and Tensors3m 55sIn this video, learn how to implement the Hadamard product on tensors using Python. FREE ACCESS
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6. Singular-Value Decomposition5m 51sUpon completion of this video, you will be able to describe singular-value decomposition and how to compute it. FREE ACCESS
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7. Reconstruct Rectangular Matrix Using SVD6m 48sIn this video, you will reconstruct a rectangular matrix from its single-value decomposition. FREE ACCESS
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8. Probability15m 2sUpon completion of this video, you will be able to recognize the characteristics of probability that are applicable in machine learning. FREE ACCESS
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9. Probability Basics and Propositions11m 47sAfter completing this video, you will be able to describe the role of probability in linear algebra and machine learning. FREE ACCESS
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10. Random Variable10m 3sAfter completing this video, you will be able to recall the types of random variables and the functions that can be used to generate random numbers in probability. FREE ACCESS
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11. Central Limit Theorem7m 36sUpon completion of this video, you will be able to describe the concept and characteristics of the central limit theorem and means and recognize common usage scenarios. FREE ACCESS
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12. Parameter Estimation and Gaussian Distribution6m 39sAfter completing this video, you will be able to describe parameter estimation and distribution using the Gaussian distribution. FREE ACCESS
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13. Binomial Distribution7m 17sAfter completing this video, you will be able to describe the binomial distribution and its characteristics. FREE ACCESS
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14. Exercise: Tensor Arithmetic and Hadamard Product4m 44sAfter completing this video, you will be able to recall the arithmetic operations that can be applied to tensors, list the features of multivariate statistics that are applicable in machine learning, and implement the Hadamard product on tensors using Python. FREE ACCESS
EARN A DIGITAL BADGE WHEN YOU COMPLETE THIS COURSE
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