Difference between revisions of "Principal Component Analysis"
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== Class notes == | |||
<pdfreflow> | |||
class_date = 16 September 2011 [1.65 Mb] | |||
button_label = Create my projector slides! | |||
show_page_layout = 1 | |||
show_frame_option = 1 | |||
pdf_file = lvm-class-2.pdf | |||
</pdfreflow> | |||
== Class preparation == | |||
* [http://literature.connectmv.com/item/13/principal-component-analysis Reading for class 2] | * [http://literature.connectmv.com/item/13/principal-component-analysis Reading for class 2] | ||
* Linear algebra topics you should be familiar with before class 2 (16 September): | * Linear algebra topics you should be familiar with before class 2 (16 September): |
Revision as of 16:16, 16 September 2011
Class notes
<pdfreflow> class_date = 16 September 2011 [1.65 Mb] button_label = Create my projector slides! show_page_layout = 1 show_frame_option = 1 pdf_file = lvm-class-2.pdf </pdfreflow>
Class preparation
- Reading for class 2
- Linear algebra topics you should be familiar with before class 2 (16 September):
- matrix multiplication
- that matrix multiplication of a vector by a matrix is a transformation from one coordinate system to another (we will review this in class)
- linear combinations (read the first section of that website: we will review this in class)
- the dot product of 2 vectors, and that they are related by the cosine of the angle between them (see the geometric interpretation section)
- Optimization theory you should be familiar with before class 2 (16 September):
- how an optimization problem is written
- the Lagrange multiplier principle for solving simple, equality constrained optimization problems