Difference between revisions of "Nonlinear algebraic equations"
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== Taylor series review == | == Taylor series review == | ||
''We will start this section of the course with a review of Taylor series (1 class). | ''We will start this section of the course with a review of Taylor series (1 class). | ||
The Taylor series notes will also be useful for later sections in the course.'' | |||
Please [[Media:C-Taylor-series-07-Oct-2010.pdf | download the lecture slides here]]. | |||
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== Nonlinear algebraic equations == | == Nonlinear algebraic equations == | ||
* 13 October (slides 1 to 9) | |||
* 14 October (slides 10 to 18) | |||
* 20 and 21 October (slides 19 to 32) | |||
* [[Media:C-NLAE-17-Oct-2010.pdf | Please download the lecture slides here]] | |||
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* section 6.6 (page 167 in the 6th edition) | * section 6.6 (page 167 in the 6th edition) | ||
* section 9.6 (page 267 in the 6th edition) | * section 9.6 (page 267 in the 6th edition) | ||
Latest revision as of 14:44, 16 September 2018
Taylor series review
We will start this section of the course with a review of Taylor series (1 class).
The Taylor series notes will also be useful for later sections in the course.
Please download the lecture slides here.
Nonlinear algebraic equations
- 13 October (slides 1 to 9)
- 14 October (slides 10 to 18)
- 20 and 21 October (slides 19 to 32)
- Please download the lecture slides here
Reference in course textbook for multivariable nonlinear systems, using Newton's method
Unfortunately, the course textbook has poor treatment of this topic due to the fact they treat nonlinear equations before linear equations! So it is spread over two parts:
- section 6.6 (page 167 in the 6th edition)
- section 9.6 (page 267 in the 6th edition)