Abstract

The synthesis and analysis of effective practically realized algorithms of distinction of signals and images represented in bases of orthogonal polynomials was executed. Influence of distortions at formation of sensed and reference useful signals was considered. Recommendations about application of the synthesized distinction algorithms were formulated.

Highlights

  • Modern processing systems of the graphic and multimedia information should solve a problem of the operative analysis of complex dynamic images and transmission of information flows of a various type

  • In a number of papers [1,2,3] it is shown that for the decision of many problems mentioned above the application of transformation of the initial image on bases of orthogonal polynomials or the functions connected with them is effective

  • The hypothesis H1 is realized with probability p1, and the hypothesis H2 is realized with probability p2

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Summary

Introduction

Modern processing systems of the graphic and multimedia information (supervision of various objects, remote monitoring, control and aiming, etc.) should solve a problem of the operative analysis of complex dynamic images and transmission of information flows of a various type. In all these information structures the procedures of signal compression, signal restoration, parameters’ measurement, recognition, etc are present. In a number of papers [1,2,3] it is shown that for the decision of many problems mentioned above the application of transformation of the initial image on bases of orthogonal polynomials or the functions connected with them is effective. In the present work the possibility of distinction of the images transformed thereby with use of the theory of statistical decisions is considered

Problem statement
Efficiency of Image Distinction Algorithms in Bases of Orthogonal Polynomials
Conclusion
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