Video course · 15 chapters · 365 min · certificate
Linear Algebra Course – Mathematics for Machine Learning and Generative AI
Linear algebra for machine learning and generative AI: a 2024 roadmap, prerequisites, norms and distances, vectors geometrically, special vectors, operations, length and dot product, the cosine rule and Cauchy-Schwarz, linear systems, matrices, Gaussian elimination and row echelon forms.
What you'll learn
- Follow a linear algebra roadmap for ML
- Compute norms, distances and dot products
- Work with vectors geometrically
- Prove and apply Cauchy-Schwarz
- Perform core matrix operations
- Solve systems with Gaussian elimination and RREF
Chapters
15 chapters · 365:12-
27:50
01Roadmap Members
Introduction and roadmap
Maths behind GenAI.
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12:28
02Prereqs Members
Prerequisites and real numbers
What's assumed.
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23:04
03Norms Members
Norms, distance and vector foundations
L2 and regularisation.
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22:13
04Geometry Members
Vectors geometrically
Arrows.
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24:50
05Special Members
Special vectors and applications
Unit, zero, sparse.
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33:49
06Operations Members
Vector operations and properties
Element-wise.
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25:00
07Advanced Members
Advanced vector concepts
Scalar multiplication.
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30:46
08Dot product Members
Length and dot product
Pythagoras.
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28:11
09Inequality Members
Cosine rule and Cauchy-Schwarz
Angles.
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15:42
10Systems Members
Introduction to linear systems
Equations.
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16:09
11Matrices Members
Introduction to matrices
m × n.
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40:39
12Ops Members
Core matrix operations
Add, scale, multiply.
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29:18
13Elimination Members
Gaussian elimination
Solve systems.
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15:47
14Example Members
Detailed example: solving systems
Ax = b.
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19:26
15RREF Members
Augmented matrix, REF and RREF
Row echelon forms.
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