MATLAB implementation for computing eigenvalues and eigenvectors of 3×3 symmetric matrices using power methods. Built this for a numerical methods assignment where we had to implement eigenvalue ...

We present our MatLab code for calculating temperature-eigenvalues-based topological indices. Here is the flowchart: Step 1: Use HyperChem drawing module to construct 3D molecular graph of $\Phi$. It ...

Abstract: A genetic algorithm is invoked to search out the wave operator leading to the determination of a few eigenvalues and eigenvectors of a specially designed real symmetric matrix (Durand matrix ...

ABSTRACT: This paper aims to present, in a unified manner, the algebraic techniques of eigen-problem which are valid on both the quaternions and split quaternions. This paper studies eigenvalues and ...

If K(t) is a compact, selfadjoint operator function of a real variable t with distinct eigenvalues at each t, we show that the eigenvalues and eigenvectors are absolutely continuous and that { K(t)} ...

Abstract: The space-time covariance matrix derived from broadband multichannel data admits – unless the data emerges from a multiplexing operation – a parahermitian matrix eigenvalue decomposition ...