전산물리학:전산물리교재개발

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전산물리학:전산물리교재개발 [2014/12/15 15:41] beomjun전산물리학:전산물리교재개발 [2019/01/22 10:44] admin
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 +===백승기의 강의계획서 (시안)===
 +==교재==
 +  *주교재: 유인물
 +  *부교재:
 +    *M. Newman, Computational Physics
 +    *M. Di Pierro, Annotated Algorithms in Python (아마존 추천)
 +
 +==강의내용==
 +일단 Newman 책을 기준으로, Boas 수리물리학 진도를 감안해서 강의계획을 만들어놓았습니다.
 +  * [[:전산물리학:전산물리의 소개]], [[물리:차원분석]]
 +  * [[:전산물리학:python 설치]], [[:전산물리학:기초 프로그래밍]], [[:전산물리학:프로그램 제어]]
 +  * Lists and arrays, Good programming style
 +  * Graphics and visualization
 +  * Accracy and speed
 +  * Evaluating integrals
 +  * Derivatives
 +  * Linear equations
 +  * Eigenvalues and eigenvectors ([[:전산물리학:멱 방법]], [[:전산물리학:QR 알고리듬]])
 +  * Nonlinear equations, Maxima and minima
 +  * Discrete Fourier transform
 +  * Fast Fourier transforms
 +  * First-order differential equations with one variable
 +  * Differential equations with more than one variable
 +  * Other methods for differential equations
 +  * [[:전산물리학:변분법]]
 +  * Random processes and Monte Carlo methods ([[:전산물리학:몬테 카를로 적분법]], [[:전산물리학:평균값 방법]])
 +  * [[:전산물리학:압축 센싱]]
 +  * [[:전산물리학:입실론 기계]]
 +
 +
  
  • 전산물리학/전산물리교재개발.txt
  • Last modified: 2023/09/05 15:46
  • by 127.0.0.1