Syllabus
Last updated
Last updated
| 강의주제 및 범위 | 과제 결과물 및 평가 | |
|---|---|---|
1
Introduction, Taylor series
Tutorial: Review of C programming
TA: Taylor (sine) Assignment 0: Sine Function
2
Numerical Differentiation
Tutorial: Differentiation Practice
TA: Pointer & Array TA: Debugging (upload) Assignment: Differentiation
3
Numerical Integration
Tutorial: Integration Practice
Github / MarkDown (assignment) Assignment: Integration
4
추석
ODE IVP: ~ Modifed Euler
5
ODE IVP: ~Runge-Kutta
ODE IVP: MultiStep, Higher-Order
Assignment: ODE Part 1
6
ODE IVP: Higher-Order
Linear Equations: Review on Linear Algebra
Tutorial: Structure/DynamicAllocation / NM code template
Assignment: ODE Part 2
Github / MarkDown
7
Test (~ODE)
Linear Equations: Gauss Elimination
Assignment: GE without pivot
8
Linear Equations : LU Decomposition, Pivoting, Matrix inverse
Assignment: LU
9
Eigenvalue-Eigenvector Problem
Assignment: GE without pivot
10
Eigenvalue-Eigenvector Problem Tutorial: Eigenvalue (MATLAB)
Assignment: Eigenvalue
11
Curve Fitting (Least square method)
12
Curve Fitting Practice: C programming (Linear regression)
Assignment: Linear Fit
13
Interpolation
14
Nonlinear Equation : Bisection, Newton and Secant Methods
TA: ODE- 2nd order Assignment: Nonlinear
15
Review