2018
DOI: 10.15587/1729-4061.2018.140649
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Examining the Kalman filter in the field of noise and interference with the non-Gaussian distribution

Abstract: Розроблено послідовний рекурсивний алгоритм фільт ра Калмана для фільтрації даних в області шумів від мінних від гаусовського розподілу для використання у вимірювальній техніці. Відмінною рисою розробле ного алгоритму фільтра Калмана для фільтрації да них з негаусовськими шумами є відсутність необхідно сті апріорного визначення статистичних характерис тик шуму. Була перевірена працездатність розробленої мето дики фільтрації Калмана шляхом обробки різних законів розподілу: шумів Коші, Парето, нормального і логі… Show more

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Cited by 12 publications
(2 citation statements)
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“…Other control points of the temperature field in a volume of the combustion space make it possible to implement the control of temperature of combustion products throughout the whole volume of the working space of the bench (near the arch and on its lateral surfaces directly above and below the heated product). Data filtering was implemented programmatically using the Kalman adaptive filter [19].…”
Section: Fig 2 Schematic Of Location and Conditional Thermocouples mentioning
confidence: 99%
“…Other control points of the temperature field in a volume of the combustion space make it possible to implement the control of temperature of combustion products throughout the whole volume of the working space of the bench (near the arch and on its lateral surfaces directly above and below the heated product). Data filtering was implemented programmatically using the Kalman adaptive filter [19].…”
Section: Fig 2 Schematic Of Location and Conditional Thermocouples mentioning
confidence: 99%
“…A well-known approach to solving this problem of analyzing and classifying signals is to find the optimal feature space in which objects (signals) can most easily be separated using classical classification algorithms [3,4]. If the diagnostic analysis is carried out for a long period of operation and is characterized by the appearance and development of increasing non-informative noise, the known methods of signal analysis cannot be applied, since the comparison of signals will be incorrect [5].…”
Section: Introductionmentioning
confidence: 99%