Principles of the hyperspectral analysis for identification of the material composition are described. The principles are considered with concern to remote sensing for different underlying surfaces. The description of the functional layout of a conversional spectrometer is given. Mobil mock-up of the spectrometer designed on the base of this functional layout is described. Correlated and sub-pixel processing methods of spectral data processing are especially depicted. Merits and demerits are briefly ranged against the tasks to be solved. General structure of the present and developed spectral libraries for the designed spectrometer and its software are presented. The results of hyperspectral data processing and recognition are described.

hyperspectral analysis, hypercube, hyperspectrometer, spectral library

Theoretical and applied problems of mechanics