The method of applying acoustic signals in vector and two-dimensional Hemming spaces given in Cartesian and in polar coordinates

Presented the structural model of the spaciousness identifications source acoustic signals (SAS) in one-dimensional and two-dimensional Hemming space in Cartesian and in polar coordinates. The theoretical bases for estimating the Euclidean distance between objects in the Hemming space on the basis of correlation analysis are described. Systematized models of one-dimensional and two-dimensional Hemming space. The structure of special processor devices for remote identification to SAS is based on various spatial located microphone acoustic bases. Estimates of time and hardware complexity of components special processors implemented on the FPGA.