Electromagnetic environment similarity evaluation method based on field intensity distribution

Abstract

The invention belongs to the field of electromagnetic environment reconstruction and particularly discloses an electromagnetic environment similarity evaluation method based on field intensity distribution. The method is characterized by at least comprising the following steps of step 1.respectively carrying out meshing on an actual evaluation area and a reconstructed evaluation area to obtain field intensity amplitudes of the actual evaluation area and the reconstructed evaluation area; step 2.giving four indexes, namely mean contrast, standard deviation contrast, a correlation coefficient and relative degree, and corresponding criterions corresponding to the indexes based on mathematical statistics and a set pair analysis theory; step 3.respectively establishing conversion functions according to the attributes of the four indexes in the step 2; and step 4.establishing a comprehensive evaluation function according to a result of the step 3, and carrying out normalization processing onthe comprehensive evaluation function to obtain an electromagnetic environment similarity evaluation function; and lastly, giving a criterion corresponding to the function. The method is used for evaluating the effectiveness of the reconstructed electromagnetic environment.

Description

technical field [0001] The invention belongs to the field of electromagnetic environment reconstruction, in particular to an electromagnetic environment similarity assessment method based on field intensity distribution, which is used for evaluating the effectiveness of reconstructing the electromagnetic environment. Background technique [0002] With the development of science and technology, the number of communication stations is increasing, the signal density is increasing, the frequency band is continuously expanding to the high and low ends, new communication systems are emerging, and the transmission methods are diversified. This will inevitably form a complex and dense electromagnetic environment for communication signals. Such a complex electromagnetic environment will have a direct and multifaceted impact on the performance of various electronic devices and systems. Therefore, only by first adapting electronic equipment and systems to the complex electromagnetic e...

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Problems solved by technology

However, sometimes it is not easy to implement the detection of equipment and systems in the real electromagnetic environment due to the limitations of space and geographical factors.

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