Measurement and Correlation Analysis of Electromagnetic Environment in a Campus

Abstract:

In this paper, the electromagnetic environment (EME) in a campus is measured and then analyzed adopting statistical method. The results establish the spatial distribution of the EME in this campus, and the characteristics of EME in different areas are compared. The probability density functions (PDF) of the measured data are calculated and depicted, and some other valuable results are also obtained. These measured data and statistical results provide necessary support for evaluating and analyzing the EME. And these data could be utilized to affirm theoretical analysis method of EME. Finally, this paper presents a method that using Correlation to represent the complexity of EME. Two electromagnetic field intensity probes are used to sample the electric field strength of different positions simultaneously, the Correlation Coefficients between two electric field strength versus two different time series are calculated to measure the complexity of EME, and the figures of correlation coefficient corresponding to each component and total field versus distances are presented.