Creation of the information-measuring system (IMS), in which the principle of multichannel processing is implemented, will allow using it as a local differential-distance system with an increased distance of detection, capable of determining current polar coordinates of moving single and group objects. The structure of the IMS in the form of an antenna array with adaptive processing of the information, coming from a single receiver, has been proposed. The coordinates have been determined by the differential-distance method taking into account the wind when using the Newton algorithm. The theoretical and experimental verification of the methods for solving the problem of determining the object location for IMS, consisting of receivers in the accuracy of determining the coordinates, has been carried out. It has been shown that with increasing the number of the IMS sensors the detection range of moving objects increases. The developed IMS structure allows an implementation of the multichannel processing principle, the essence of which consists in application of a few single seismic-acoustic receivers distributed with respect to each other on a certain area and constructively combined using the central device into a multipoint system, functioning in the single time scale.
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