Microservices-based application for fast modeling of microstrip antenna array characteristics

Microservices-based application for fast calculation of the characteristics and parameters of microstrip antennas and arrays using a resonator model and a modified Method of Integral Equations in a thin-wire approximation was developed. The comparison of achieved results with results calculated using wide known software of full 3D-electrodynamic modeling shows, that the developed thin-wire mathematical model basically corresponds to the real radiator with a solid plate and allows to simulate characteristics of both single microstrip radiators and arrays with rather high accuracy. Significant acceleration of the numerical modeling process is achieved through the use of CUDA technology and Intel Optane SSD.Microservices-based application for fast calculation of the characteristics and parameters of microstrip antennas and arrays using a resonator model and a modified Method of Integral Equations in a thin-wire approximation was developed. The comparison of achieved results with results calculated using wide known software of full 3D-electrodynamic modeling shows, that the developed thin-wire mathematical model basically corresponds to the real radiator with a solid plate and allows to simulate characteristics of both single microstrip radiators and arrays with rather high accuracy. Significant acceleration of the numerical modeling process is achieved through the use of CUDA technology and Intel Optane SSD.