Wavelet : Analysis and Methods Carmen Hurley & Jaden Mclean
- ISBN: 9781788821223
- Edition: 1st
- ©Year: 2020
- List Price : 150
About the Book
The idea of "ondelettes" or "wavelets'1 started from the investigation of time-frequency signal analysis, wave engendering, and examining hypothesis. One of the principle explanations behind the disclosure of wavelets and wavelet changes is that the Fourier change analysis does not contain the neighborhood data of signals. So the Fourier change can't be utilized for examining signals in a joint time and frequency area. In 1982, Jean Morlet, in a joint effort with a gathering of French designers, first presented the possibility of wavelets as a group of capacities built by utilizing interpretation and expansion of a solitary capacity, called the mother wavelet, for the analysis of nonstationary signals. Wavelet analysis is an energizing new technique for taking care of troublesome issues in science, material science, and building, with present day applications as various as wave spread, information pressure, picture preparing, design acknowledgment, PC illustrations, the location of air ship and submarines, and change in CAT filters and other restorative picture innovation. Wavelets permit complex data, for example, music, discourse, pictures, and examples to be deteriorated into basic structures, called the central building hinders, at various positions and scales and in this manner remade with high accuracy.
Contents: 1. An Overview, 2. Introduction to Wavelet Families, 3. Wavelet Transform, 4. Fourier Seriesand Fourier Analysis, 5.Time-Frequency Analysis, 6. Hilbert Space, 7. Finding and Designing a Wavelet, 8. MRA-Based Wavelet Frames and Applications, 9. Applications of the Wavelet Transform in Image Processing, 10. Cardinal Spline Wavelet, 11. Wavelet Packets; Modal Propagation Inside an Optical Fiber (Wave Model-ll).
<p><b>Carmen Hurley</b> is an emeritus Professor of Mathematics. He currently has research interests in magnetic recording, novel solid-state devices, and device modeling, and he has authored more than 70 refereed research publications in these fields. He has been in charge of courses on Digital Systems and Semiconductor Devices for many years. During this period he developed and ran a number of short courses on digital techniques designed for practicing engineers. He was also invited by the InternationalTelecommunications Union on a number of occasions to give a series of lecture courses on the Indian sub-continent. Carmen Hurley's present work is an introductory treatise on wavelet analysis, with an emphasis on spline wavelets and time-frequency analysis.
</p><p><b>Jaden McLean</b> was a Professor of Mathematics. He received his Ph.D. with a specialty in Matrices and Trigonometry, and Logic Design. He has published titles in College Algebra, Pre-calculus, College Algebra and Trigonometry, wavelet, Trigonometry and Intermediate Algebra. After working on Radar Development with the Marconi Company for a number of years he was appointed Senior Lecturer at numerous Universities. Jaden McLean has to his credit about 23 research articles published in national and international journals of repute and conference proceedings. Previously, he was Joint Director, Directorate of Technical Education, and Controller of Examinations too.</p>