Autor/Autorin: Shafronenko Alina
Yevgeniy Bodyanskiy, Professor, Doctor of ScienceAlina Shafronenko, Doctor of Philosophy Diana Rudenko, Doctor of Philosophy Kharkiv National University of Radio Electronics, Kharkiv, Ukraine
Nowadays, computational intelligence technologies often and quite successfully are used in solving complex problems that, as a rule, do not have an analytical solution. Today, these technologies and especially artificial neural networks (ANN) are widely used to solve various problems of signal processing, optimization, optimal and adaptive control, pattern recognition, identification, time- series prediction, etc. At the same time, the described approaches to data recovery are workable only in cases when the initial data are set a priori, and the "object-property” table or time series has a fixed number of observations, i.e. do not change during processing. This book is devoted to the development and study of methods for dynamic data mining, containing missing and distorted observations. The main feature of data mining methods is to establish the presence and nature of hidden patterns in data, whereas traditional methods mainly deal with parametric evaluation of already established patterns.
Nowadays, computational intelligence technologies often and quite successfully are used in solving complex problems that, as a rule, do not have an analytical solution. Today, these technologies and especially artificial neural networks (ANN) are widely used to solve various problems of signal processing, optimization, optimal and adaptive control, pattern recognition, identification, time- series prediction, etc. At the same time, the described approaches to data recovery are workable only in cases when the initial data are set a priori, and the "object-property" table or time series has a fixed number of observations, i.e. do not change during processing. This book is devoted to the development and study of methods for dynamic data mining, containing missing and distorted observations. The main feature of data mining methods is to establish the presence and nature of hidden patterns in data, whereas traditional methods mainly deal with parametric evaluation of already established patterns.
Shafronenko, Alina
Yevgeniy Bodyanskiy, Professor, Doctor of ScienceAlina Shafronenko, Doctor of Philosophy Diana Rudenko, Doctor of Philosophy Kharkiv National University of Radio Electronics, Kharkiv, Ukraine
Über den Autor
Yevgeniy Bodyanskiy, Professor, Doctor of ScienceAlina Shafronenko, Doctor of Philosophy Diana Rudenko, Doctor of Philosophy Kharkiv National University of Radio Electronics, Kharkiv, Ukraine
Klappentext
Nowadays, computational intelligence technologies often and quite successfully are used in solving complex problems that, as a rule, do not have an analytical solution. Today, these technologies and especially artificial neural networks (ANN) are widely used to solve various problems of signal processing, optimization, optimal and adaptive control, pattern recognition, identification, time- series prediction, etc. At the same time, the described approaches to data recovery are workable only in cases when the initial data are set a priori, and the ¿object-property¿ table or time series has a fixed number of observations, i.e. do not change during processing. This book is devoted to the development and study of methods for dynamic data mining, containing missing and distorted observations. The main feature of data mining methods is to establish the presence and nature of hidden patterns in data, whereas traditional methods mainly deal with parametric evaluation of already established patterns.
