The macroscopic analysis of radio – control problem

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The macroscopic analysis of radio – control problem

Journal Title: Вісник НТУУ КПІ. Серія Радіотехніка, Радіоапаратобудування - Year 2013, Vol 0, Issue 55

Abstract

Introduction. Contemporary stage technique’s development is to characterize of radio – control systems broad application. Analysis radio – control systems is based usually on microscopic principle. Actual task is macroscopic point of view in radio – control problem. Problem statement. For radio control problem decision it is necessary describe the dynamics of process in generalize form. It is possible in conditions when macroscopic analysis is principal method. In this method it is actual the discount of probability of task fulfillment and information quantity. It is necessary find out the dependence between information quantity, relative error and dynamic characters of systems. Theoretical results. The regularities of task probability fulfillment in radio – control problem were consideration in dependence from control information quantity, information ability and relative error of radio – control system. Time of task fulfillment was determined for radio – control. The influence of speed increase coefficient of task fulfillment was determined. Typical substitution models for radio- control systems and relative errors were considerate. The information abilities of substitution models with discount of time constants and belated time were determined. For task fulfillment probability of radio – control were determine the dependences from time constants, belated time and speed increase coefficient of task fulfillment probability. Conclusion. Achieve results permit transfer the analysis of radio – control process on new quality level. Information, probability and characters of radio – control systems were taken into consideration. The ability for determination of task fulfillment time was open.

Authors and Affiliations

V. Bychkovskyi, Yu. Reutskaya

Keywords

macroscopic analysis radiocontrol information relative error substitution models probability

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EP ID EP309086
DOI 10.20535/RADAP.2013.55.89-96
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