**Numerical analysis** matlab project is useful for electrical and electronics communication students as masters project or final year project.

This download file contains the program in MatLab for following basic numerical analysis methods.

**Project Category:**

1) Bisection method – For finding the root of given function in given domain

2) Euler’s method – For calculating value of derivative at some particular point

3) Successive Over Relaxation (SOR) method – For solving the system of linear equations

4) Adam-Moulton’s method(Adam) – For calculating value of f(x) at given x when ode of 1st order is given.

5) Gauss_elimination method – For solving system of linear equations.

6) Gauss_elimination_pivoting – Improved version of Gauss_elimination

7) Gauss-Legendre formula – For calculating integration of a given function analytically.

8) Gauss-Siedel – For solving system of linear equations.

9) Jacobi’s method – For solving Jacobi’s method

10) Milen’s method – For calculating value of f(x) at given x when ode of 1st order is given.

11) Power Method - For finding the largest eigen value by power method

12) Regula_Falsi Method – For finding the root of given function in given range.

13) Runge_Kutta Method – For calculating value of f(x) at given x when ode of 1st order is given.

14) Simplex Method – Simplex method used in optimisation problems

15) Simpson1by3 Method – To find finite integral of given function analytically.

16) Simpson3by8 Method – To find finite integral of given function analytically.

17) Trapezodial Method – To find finite integral of given function analytically.** **

**Project Introduction:**

Numerical analysis concept is used to give accurate solution for tough problems. This analysis methods are used in weather calculation, space craft engineering, automobile companies, private investment organizations for analyzing stocks and derivatives more effectively.

**Download Numerical Analysis Matlab Project Source Code.**

**Related Projects:**

**Reference Links:**

http://en.wikipedia.org/wiki/Numerical_analysis