Principles and Applications of Wavelet Transform
“Principles and Applications of Wavelet Transform” by Victor Nason, published by NY Research Press on January 10, 2015, is a comprehensive exploration of wavelet transforms and their significant applications in various fields. This edition, written in English and spanning 312 pages, delves into the role of wavelet transforms in time-frequency transformations, highlighting their utility in geoscience and biology.
Readers will find detailed discussions on the application of wavelet transforms in areas such as the treatment of EEG signals, biometric recognition, and dimensionality reduction within gait identification frameworks. The book also examines the use of wavelet transforms in analyzing data from sports and breast cancer studies, providing insights into real-world applications of this mathematical tool.
Official synopsis Publisher
Significant applications of wavelet transforms in geoscience and biology have been elucidated in this book. Wavelet transforms are one of the most primary candidates in time-frequency transformations. These include application of wavelet transforms in the treatment of EEG signals, biometric recognition and validation, and dimensionality reduction of the gait identification framework. It also elucidates the applications of wavelet transforms in the study of data gathered from sports and breast cancer. The denoting process has been evaluated within the domain of wavelet transform and applied on data garnered from real world applications.
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