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| 전산물리학:전산물리교재개발 [2015/03/22 15:21] – admin | 전산물리학:전산물리교재개발 [2019/01/22 10:44] – admin | ||
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| ==강의내용== | ==강의내용== | ||
| 일단 Newman 책을 기준으로, | 일단 Newman 책을 기준으로, | ||
| - | *[[: | + | * [[: |
| - | *[[: | + | * [[: |
| - | *Lists and arrays, Good programming style | + | * Lists and arrays, Good programming style |
| - | *Graphics and visualization | + | * Graphics and visualization |
| - | *Accracy and speed | + | * Accracy and speed |
| - | *Evaluating integrals | + | * Evaluating integrals |
| - | *Derivatives | + | * Derivatives |
| - | *Linear equations | + | * Linear equations |
| - | *Eigenvalues and eigenvectors | + | * Eigenvalues and eigenvectors |
| - | *Nonlinear equations, Maxima and minima | + | * Nonlinear equations, Maxima and minima |
| - | *Discrete Fourier transform | + | * Discrete Fourier transform |
| - | *Fast Fourier transforms | + | * Fast Fourier transforms |
| - | *First-order differential equations with one variable | + | * First-order differential equations with one variable |
| - | *Differential equations with more than one variable | + | * Differential equations with more than one variable |
| - | *Other methods for differential equations | + | * Other methods for differential equations |
| + | * [[: | ||
| + | * Random processes and Monte Carlo methods ([[: | ||
| + | * [[: | ||
| + | * [[: | ||