Intellectualization of Methods for Reducing Electromagnetic Influences in Transport Systems

Abstract

The control of transport systems on alternating current is accompanied by switching, as a result of which many spectral components are formed. Spectral components pass through power circuits and excite electromagnetic waves in the surrounding space. The negative influence of these electromagnetic waves is observed in the form of currents and voltages induced on signaling, control and communication lines, as well as other infrastructure components of railway transport. Intelligent control systems for switching power plants of locomotives are proposed to be used to combat these phenomena. The suggested intelligent systems are based on the Volterra-Wiener series and quantum algorithms for the Fourier transform.