ECE 595ML Lecture 6.3: Linear Separatability

By Stanley H. Chan

Electrical and Computer Engineering, Purdue University, West Lafayette, IN

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Researchers should cite this work as follows:

  • Stanley H. Chan (2020), "ECE 595ML Lecture 6.3: Linear Separatability," https://nanohub.org/resources/32436.

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WTHR 200, Purdue University, West Lafayette, IN

ECE 595ML Lecture 6.3: Linear Separatability
  • Lecture 6.2: Linear Separability - Geometry of Discriminant Function 1. Lecture 6.2: Linear Separabili… 0
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  • Outline 2. Outline 10.176843510176845
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  • Linear Discriminant Function 3. Linear Discriminant Function 16.916916916916918
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  • Why is w the Normal Vector? 4. Why is w the Normal Vector? 97.030363697030367
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  • Why is w the Normal Vector? 5. Why is w the Normal Vector? 158.39172505839173
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  • Distance from x0 to g(x) = 0 6. Distance from x0 to g(x) = 0 316.21621621621625
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  • Distance from x0 to g(x) = 0 7. Distance from x0 to g(x) = 0 593.52686019352689
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  • Distance from x0 to g(x) = 0 8. Distance from x0 to g(x) = 0 746.01267934601276
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  • Distance from x0 to g(x) = 0 9. Distance from x0 to g(x) = 0 859.05905905905911
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