Blind source separation based on moments matching
Farnaz Ghassemi, Hamidreza R. Amindavar · 2006
Blind source separation (BSS) is a fundamental and challenging problem in signal processing. A new method based on the fractional moments and simulated annealing is presented in this paper. Fractional moments are used as a new measure of separation criterion contrary to the traditional integer moments. This is inspired by the fact that fractional moments lead to an enhanced estimation of the probability density function (PDF). Simulated annealing (SA) is selected as the optimization algorithm to avoid being entrapped into local minima. Simulation results validate the applicability of the new strategy for BSS