The course aims to cover the methods, theories and methods used in numeric analysis

The scope of the course will cover problem definition and discussion on potential analysis approaches, finite element and boundary element analysis approaches, multidimensional signal acquisition, sampling theory, vectors, matrices and tensors, linear algebra, discrete Fourier transform and spectral analysis, wavelet transform and space-time analysis, filtering, detection theory, estimation theory, optimization theory. The topics are not limited and can be expanded as needed or based on the backgrounds of the students.