Investigation of Electromagnetic Complex Cavities by Applying the Generalized Extreme Value Distribution

The generalized extreme value distribution has been recently presented as a leverage to find the maximum distribution function directly without a knowledge about the parent distribution. In this paper, this key component is investigated when the parent distribution is not known. The measurement is performed inside a nested chamber with different aperture dimensions and shapes on the enclosure. The Anderson Darling test is applied to show the field does not follow Rayleigh distribution. The results are shown by using parametric and non-parametric estimation in the confidence interval.