Dynamic Measurements Accuracy Increasing of Digital Measuring Device for On-Board Radio Electronic Equipment
E. P. Stroganova, S. E. Grychkin
Abstract
In this paper we discuss the problem of dynamic measurements of digital measuring device for on-board radio electronic equipment. For such a measuring device, when a moving object moves under conditions of influencing noise, the accuracy of measurements decreases. The problem of increasing the accuracy of such dynamic measurements is considered. This article proposes the method for increasing accuracy for on-board radio electronic digital device applied at the moving object with on-board electronic equipment. Theoretical consideration of the accuracy of navigational determinations of the onboard measuring device under noise conditions and taking into account the object's movement dynamics is carried out. The article provides a theoretical analysis and computer simulation of the considered digital measuring device for on-board radio electronic equipment. It has been found that when combining on-board navigation and radio communication facilities are usually used to improve the accuracy of navigation determinations by implementing differential operating modes, it is possible to improve the accuracy of dynamic measurements.