• Nenhum resultado encontrado

Hybrid Adaptive Filter development for the minimisation of transient fluctuations superimposed on electrotelluric field recordings mainly by magnetic storms

N/A
N/A
Protected

Academic year: 2017

Share "Hybrid Adaptive Filter development for the minimisation of transient fluctuations superimposed on electrotelluric field recordings mainly by magnetic storms"

Copied!
5
0
0

Texto

Loading

Imagem

Fig. 1. Flow chart analysis of the two-step operation of the HAF method.
Fig. 2. Neuro-fuzzy model architecture: layer 1 – inputs, layer 2 – input membership functions, layer 3 – rules, layer 4 – output  mem-bership functions, layer 5 – weighted sum output, layer 6 – output.
Fig. 4. Minimisation of severe transient fluctuations upon magnetic field time-series (approximately between data samples 10 000 and 12 000) using adaptive filtering: subplot 1 – magnetic field signal before neural adaptation, subplot 2 – magnetic field si

Referências

Documentos relacionados

The results, including tem perature, stresses, displacements, microstretch, microrotation, induced magnetic field and induced electric field are obtained under different theories

Comparing the calculated values of the electric field inside the cars with exposure limits established by ANATEL for the general population to electromagnetic field of

Using a constant magnetic field over the two quantum dots it is possible to switch the exchange energy sign, by means of a changeable electric field, whose increase allows an

In the context of this paper, positive examples correspond to events where protein secondary structure break, while the negative examples correspond to instants where there is no

Meridional projection of the perturbation magnetic field arrows at equally spaced grids with superimposed dipole field lines in the meridian plane in each of the 8 magnetic local

The structure of the heliospheric magnetic field strength observed near 40 AU by Voyager 1 (V1) was multifractal, and this structure can be explained by a 1-D multi-fluid MHD model

The bound- ary between the magnetotail lobe region of the Southern Hemisphere and the plasma sheet boundary layer, was char- acterized by intense electric and magnetic field