Model of geophysical fields representation in problems of complex correlation-extreme navigation

A model of the optimal representation of spatial data for the task of complex correlation-extreme navigation is developed based on the criterion of minimum deviation of the correlation functions of the original and the resulting fields. Calculations are presented for one-dimensional case using the a...

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Main Authors: Volodymyr KHARCHENKO, Maryna MUKHINA
Format: Article
Language:English
Published: Silesian University of Technology 2015-09-01
Series:Transport Problems
Subjects:
Online Access:http://transportproblems.polsl.pl/pl/Archiwum/2015/zeszyt3/2015t10z3_04.pdf
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author Volodymyr KHARCHENKO
Maryna MUKHINA
author_facet Volodymyr KHARCHENKO
Maryna MUKHINA
author_sort Volodymyr KHARCHENKO
collection DOAJ
description A model of the optimal representation of spatial data for the task of complex correlation-extreme navigation is developed based on the criterion of minimum deviation of the correlation functions of the original and the resulting fields. Calculations are presented for one-dimensional case using the approximation of the correlation function by Fourier series. It is shown that in the presence of different geophysical map data fields their representation is possible by single template with optimal sampling without distorting the form of the correlation functions.
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spelling doaj.art-231d8a7e4ec24eb2a6f675d4787de5e92022-12-21T23:24:13ZengSilesian University of TechnologyTransport Problems1896-05962300-861X2015-09-011033541Model of geophysical fields representation in problems of complex correlation-extreme navigationVolodymyr KHARCHENKO0Maryna MUKHINA1National Aviation UniversityNational Aviation UniversityA model of the optimal representation of spatial data for the task of complex correlation-extreme navigation is developed based on the criterion of minimum deviation of the correlation functions of the original and the resulting fields. Calculations are presented for one-dimensional case using the approximation of the correlation function by Fourier series. It is shown that in the presence of different geophysical map data fields their representation is possible by single template with optimal sampling without distorting the form of the correlation functions.http://transportproblems.polsl.pl/pl/Archiwum/2015/zeszyt3/2015t10z3_04.pdfcorrelation-extreme navigation systemoptimal samplingrandom spatial fieldscorrelation function of spatial fieldunmanned aircraft system
spellingShingle Volodymyr KHARCHENKO
Maryna MUKHINA
Model of geophysical fields representation in problems of complex correlation-extreme navigation
Transport Problems
correlation-extreme navigation system
optimal sampling
random spatial fields
correlation function of spatial field
unmanned aircraft system
title Model of geophysical fields representation in problems of complex correlation-extreme navigation
title_full Model of geophysical fields representation in problems of complex correlation-extreme navigation
title_fullStr Model of geophysical fields representation in problems of complex correlation-extreme navigation
title_full_unstemmed Model of geophysical fields representation in problems of complex correlation-extreme navigation
title_short Model of geophysical fields representation in problems of complex correlation-extreme navigation
title_sort model of geophysical fields representation in problems of complex correlation extreme navigation
topic correlation-extreme navigation system
optimal sampling
random spatial fields
correlation function of spatial field
unmanned aircraft system
url http://transportproblems.polsl.pl/pl/Archiwum/2015/zeszyt3/2015t10z3_04.pdf
work_keys_str_mv AT volodymyrkharchenko modelofgeophysicalfieldsrepresentationinproblemsofcomplexcorrelationextremenavigation
AT marynamukhina modelofgeophysicalfieldsrepresentationinproblemsofcomplexcorrelationextremenavigation