Ph. D. Courses: |
Approximations theory |
Applied functional analysis |
Numerical solutions of integral equation with singularity |
Nonlinear analysis |
Special function (Wavelet, Walsh, …) |
Boundary Value Problem |
Numerical solutions of integral equations |
Advanced engineering mathematics |
Fourier Analysis |
MSC Course: |
Advanced Numerical Analysis |
Advanced engineering mathematics |
Numerical solution of ODE |
Numerical solution of PDE |
Numerical solution of integral equations |
Numerical solution of linear algebra |
Parallel programming |
Software in Numerical Analysis |
