Estimation of the Throughput of the Channel for Measuring the Distance of Short-Range Radio Engineering Systems

Abstract

In the presented work, the relative throughput of both a ground-based range transponder and the entire short-range radio engineering system is estimated under the action in the range channel of the total flow of range request signals. And also considered the requesting signals for unauthorized use of the rangefinder channel transponder by the interested party under the action of chaotic impulse noise flow. The evaluation was carried out on the basis of the representation of the channel for measuring the range of short-range radio engineering systems in the form of a non-synchronous network. We assume that the range request signals are serviced by an open single-channel queuing system with refusing according to the service scheme of the first correctly received range request signal.