Using Neural Networks for the calculation of the multilayered shielded green's functions

In this paper Neural Networks are used to calculate the multilayered boxed Green's Functions needed in Integral Equation formulations (IE). The analysis of complex multilayered shielded circuits is computationally time consuming, specially due to the need for the calculation of the associated Green's functions. Using Neural Networks as Radial Basis Function Networks, a formulation of the boxed Green's functions can be used reducing the computational time associated to the analysis of this type of circuits.