Using electro-inductive sensor to trace moving and non-moving objects tracked

Abstract

The research carries out a spatial model of path tracking using the dynamic parameters of the object's position, as well as the path of motion of electric field source. The simulation results show high accuracy in estimating the dependence between the electric field components and position modifications. The results are in good agreement with the results of FEM analysis. The connection between the measurement error of the electric field component, horizontal angle, location angle, and tracking accuracy is also used to analyze the tracking performance. In addition, the method can be combined with spatiotemporal coordinates, in which case the configuration becomes appropriate to the current conditions while maintaining maximum efficiency of the estimation system as a whole and allows predicting changes in the position of the object as a field source.

Keywords

• electrometric measurements
• electric field
• three-coordinate electroinductive sensor
• moving objects