ENERGO-INFORMATION OPTIMIZATION AND SYNTHESIS OF COMPLEX OF PARALLELED INSTRUMENTS FOR MEASURING NON-STATIONARY PARAMETRIC REMOTE SENSING SIGNALS

UDC 621.396
doi:10.26102/2310-6018/2019.25.2.015

S.N. Djahidzadeh, H.H. Asadov


Actuality of this research is conditioned by increasing requirement to retrieve useful information about various unique objects located at remote distances. The utmost importance of such information make it necessary to mobilize resources of all existing technical instruments of remote action and organization of parallel or synchronous operation of them. At the same time it should be taken into account that remote objects are frequently non-stationary ones i.e. parameters of them are changing on time. In view of above said the article is devoted to suggested method of energy-information optimization and synthesis of complexes of paralleled instruments designated for remote sensing of signals of parametrically non-stationary objects. The classification of optimized complexes of parallel structure designated for measurements of non-stationary signals of remote sensing is suggested. Expediency of utilization of energy-information criterion for synthesis of optimum models of complexes featured by parallel structure used for measuring of non-stationary remote sensing signals is noted. As a result of carried out optimization of chosen energy-information model of complex an optimum functional dependence between major regimes functional characteristics are derived.

Keywords: :optimization; synthesis, energy-information criterion, complex of parallel structure; remote sensing; synthesis, non-stationary

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