A new digital technique for objective differential diagnosis of the septic process severity was developed and experimentally tested by phase mapping of microscopic images of histological sections of polycrystalline internal organs and blood films of laboratory rats. the results of statistical analysis of histological sections of the internal organs of rats from control group 1 and research groups 2 to 4 with different severity of septic pathology are presented.
The work is aimed at the development and experimental testing of the polarization method for analyzing the polycrystalline structure of the human biological tissues. the main relationships between temporary changes in the statistical structure of topographic maps of the degree of crystallization of histological sections of the internal organs of a person and variations in the magnitude of the statistical moments of the 1st - 4th orders that characterize them are revealed. It is shown that with an increase in the damage duration, the statistical parameters of linear birefringence maps change according to the following scenario — the average and dispersion values decrease, asymmetry and excess, on the contrary, increase
A method for creating conceptual classes at the stage of forming requirements for the development of a software product is proposed. Conceptual classes are formed simultaneously with the creation of a textual description of the use case, basing on the obtained earlier information about the executors and the list of use cases. The studies were carried out on the basis of the previously proposed classification of scenarios for use cases. Mathematical models of the use case and conceptual class are proposed. The definition of a conceptual class involves defining the class name, class data (variables), and class methods. In the process of constructing conceptual classes the connection of each element of the class structure with the use case is established by forming references to it and the number of the corresponding scenario item. In accordance with the proposed mathematical models, algorithms have been developed and the software product UseCaseEditorV3 has been created. The conducted experiments showed a significant reduction in time and a decrease in the number of errors in the application of the proposed method.
This paper highlights lights in a volume-oriented rendering which features a lot of advanced techniques intended to synthesize a highly realistic visual environment for a diverse set of applications. According to proposed method there is almost no need to go higher than 12 bits if the illumination models is computed at a higher resolution because it is then possible to distribute a particular texture over a restricted range of the full pixel dynamic range.
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