This repository has all of my work for the subject of Numerical Methods
Final Grade: 16
- Write on README.md all of the methods that I haven't done
- Maybe do them
- Chapter 2 - Real Zeroes of Real Functions:
- TP1 - Roots of Univariable Functions:
- Babylonian Method
- Bisection Method
- TP2 - More Roots of Univariable Functions:
- Bisection Method
- False Position Method
- Newton's Method
- Picard-Peano's Method
- TP3 - Roots of Multivariable Functions:
- Newton's Method
- Picard-Peano's Method
- TP1 - Roots of Univariable Functions:
- Chapter 3 - System of Linear Equations:
- TP4 - System of Linear Equations:
- Gaussian Elimination Method
- TP4 - System of Linear Equations:
- Chapter 4 - Quadrature and Cubature:
- TP5 - Numerical Integration of Univariable Functions:
- Trapezium Rule
- Simpson Rule
- TP6 - Numerical (Double) Integration of Multivariable Functions:
- Cubature (Simpson's Method)
- TP5 - Numerical Integration of Univariable Functions:
- Chapter 5 - Integration of Ordinary Differential Equations:
- TP7 - Integration of Differential Equations of Multivariable Functions:
- Euler's Method
- Improved Euler's Method
- Runge-Kutta's 2nd Order Method
- Runge-Kutta's 4th Order Method
- TP8 - Integration of System of Differential Equations of Multivariable Functions:
- Euler's Method
- TP7 - Integration of Differential Equations of Multivariable Functions:
- Chapter 6 - Optimization:
- TP9 - Unidimensional Search for Minima:
- Thirds Method
- Golden Method
- Sequential Search Method
- Quadratic Interpolation Method
- TP10 - Multidimensional Search for Minima:
- Gradient Method
- Quadric Adjustment
- Levenberg–Marquardt's Method (Pretty much mixing the above two methods, so kind of done)
- TP9 - Unidimensional Search for Minima:
- Previous (Solved) Exams:
- 2015 (MIEIC)
- 2017 (MIEIC)
- 2018 (MIEA)