Teaching - 4242 - Linear Algebra with Applications - Fall 2015 - Arnd Scheel
Office hours MWF 11:15 - 12:05h or by appointment
Textbook
P. Olver & C. Shakiban, Applied Linear Algebra, Prentice Hall, 2006.
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Time and location
MWF 10:10-11:00pm, VinH 6, Syllabus
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Homework Assignments
- HA 1, Quizz on 1/26
- HA 2, Quizz on 2/2
- HA 3, Quizz on 2/9
- HA 4, Midterm on 2/16
- No Quiz on 2/23
- HA 5, Quiz on 3/2
- HA 6, Quiz on 3/9
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Select solutions to homework, quizzes, and exams
- Quiz 1 solutions
- HA 1, solution to 1.4.10(c)
- HA 2, some solutions
- Quiz 2, some solutions
- HA 3, some solutions
- Quiz 3, some solutions
- HA 4, some solutions
- Midterm 1, some solutions
- HA 5, some solutions
- Quiz 4, some solutions
- HA 6, some solutions
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- Quiz 5, some solutions
- HA 7, some solutions
- Quiz 6, some solutions
- HA 8, some solutions
- Midterm 2, some solutions
- HA 9, some solutions
- Quiz 7, some solutions
- HA 10, some solutions
- Quiz 8, some solutions
- HA 11, some solutions
- Quiz 9, some solutions
- HA 12, some solutions
- Midterm 3, some solutions
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Additional materials (mostly computational)
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- Compute (matlab sheet 1) the page rank for a simple graph of 7 nodes as described in the class notes.
For a large random graph compare computations in matlab sheet 2. Both sheets also show the influence of additional 'bought' links.
For background on pagerank see for instance the Wikipedia entry.
- An example of how page rank can be gamed in a NYT article, breakdown in class slides
- Matlab sheets that illustrate the approximation of a function by Legendre and Chebyshev orthogonal polynomials,
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Arnd
Scheel's Home Page
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