Inversion of ground parameters using genetic algorithms and engineering modeling for bistaticscattering

This paper describes the electromagnetic scattering model with concrete pavement and scattering properties of layered equivalent to a single exponential model of the electromagnetic spectrum engineering rough surface scattering, and then introduced the experimental method to measure the scattering coefficient of cement, the experimental apparatus and measurement system, and then later by the experimental scattering data obtained from the cement floor, Based on experimental data, we can obtained these parameters through the genetic algorithm, and then these parameters were carried into the formula to calculate the theoretical bistatic scattering coefficients, thus obtained bistatic scattering coefficients. Finally, this paper present several statistical models, based on genetic algorithms to optimizing the bistatic scattering data fitting and establish an empirical model.