Registration Number
0310U002038,
0109U000223
, R & D reports
Title
Development of Objects Authentication Methods and Analysis of Their Status by Sensing
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Розробка методів отримання інформації при зондуванні природних і біологічних середовищ та дослідження мікро- і наноелектронних пристроїв і систем сигналами різної природи
Head
Piza Dmytro Makarovych,
Registration Date
28-01-2010
Organization
Zaporizhzhia National Technical University
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The object of research is information about the state of facilities and systems, its relationship with measured characteristics. Purpose of the study is to develop methods for using the sensing signals of different nature of the information on the status, species composition, structure and parameters of natural and biological environment and micro-and nanoelectronic devices and systems. At this stage, an analysis of existing methods of sensing and synthesis methods and algorithms for obtaining such information about the studied objects. Developed the method of obtaining information about the type and condition of biological objects. For the first time invited to use remote sensing in the optical range for the classification of certain plant facilities and state of mind. Established that the identification of plant facilities and analysis of their condition are possible with the use of remote sensing in the infrared. Methods for sensing biological objects can be used for subsequent classification, which is the basis for the construction of new information technologies in agriculture. A review of methods for identification of nonlinear inertialess and inertial devices and systems. The basic a priori assumption, given that must be solved the problem of synthesis of mathematical models. The underlying approach using the mathematical apparatus of functional series of Volterra. Results on the study of classification of nonlinear devices and systems on a class of analytic systems of Volterra can be used for the characterization and modeling inertialess and inertial devices receiving and transmitting channels of radio systems based on the concept of controlled dynamic saturation. The detailed review and analysis of existing methods of estimating the parameters of superpositions of overlapping signals. Analyzed the layered structure as a source of multiple reflections. The analysis methods for identification of the patient on the electrocardiogram. The analysis of mathematical models biostructure. For the first time proposed a method for increasing the sensitivity of coherent ultrasound systems using parameters psevdoellipsometric analytic impulse responses. Also, first proposed method of analysis of pulse-echo images, which is based on the transition from the space-time region in the integrated Fourier transform followed by a return to the spatio-temporal region-based parametric algorithms for adaptive spectral analysis.The research methods for the identification of layered structures can be used to improve sensing methods used in carrying out exploration of hydrocarbon deposits of minerals and improving the quality and reliability in the processing of medical pulse-echo images.
Product Description
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Гулін Сергій Петрович
Знаменська Ольга Володимирівна
Морщавка Сергій Володимирович
Степаненко Олександр Олексійович
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2020-04-02
