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The new method for computation of Radon transform was presented. It is based on non-linear transformation of the length of linear features in parameter domain. The method of affine parameter estimation in parameter domain of this transform were proposed and its characteristics were investigated.
The paper describes the application of a pulsating information arrays (Pulsyr) for parallel calculation of matrix operations. The matrix operations form the base of many branches of scientific investigations and belong to computationally cost calculations. The Pulsyr architecture suits well image and video processing and pattern recognition problems, but(More)
In This work the procedure of object density measure definition in class boundary and the procedure of getting object density measure are presented. In this case the procedure has a nonprobabilistic character. The main concept used in This work is one that establishes the dependance between number of correct objects and maximal (minimal) global transfer(More)