Numerical Analysis Blog

Metode Numerice, CTI II (RO), Technical University of Cluj-Napoca

Weeks 8-10

The material covered these weeks may be structured as follows:

Lectures (Cursuri 8-10)

  1. Spline-ul cubic de tip Hermite.
  2. Formule de cuadratura.
  3. Polinoame ortogonale.

Laboratory (Laborator).

  1. Iterative methods for linear systems: implementation of Jacobi, Gauss-Seidel and SOR methods (if these were not implemented before).
  2. Linear regression and the least squares method (Regresie liniară și metoda celor mai mici pătrate)).
  3. Implementation of the bisection method. Matching the theoretical results with the experimental ones.
  4. Implementation of Newton's method. Convergence analysis.
  5. Newton's method for nonlinear systems. Implementation and convergence analysis.
  6. The secant method for nonlinear equations. Implementation and convergence analysis.
  7. Numerical methods for ODEs. Convergence and stability.
  8. Divided differences and polynomial interpolation.
  9. Spline interpolation: linear and cubic.
  10. Numerical integration.
  11. Orthogonal polynomials.