… wavelet analysis procedure is to adopt a wavelet prototype function, called an analyzing
wavelet or mother wavelet… -frequency version of the prototype wavelet, while frequency analysis …

… the integral wavelet transform with a basic wavelet and the wavelet series in terms of a wavelet
& … In fact, if is chosen to be the "dual" of y, then the coefficients of the wavelet series of any …

A complete signal is not only the se? quence of notes, but the nuances that a performer adds.
The touch on the keys or the pedal or the bow distinguishes a master. There may be an …

… , scale versus frequency, wavelet analysis and synthesis, scalograms, wavelet frames and
… of wavelets in signal processing. The main definitions and properties of wavelet transforms …

… of wavelet analysis use discrete wavelets which will be our main concern here. This preference
for discrete wavelets is related to the fact that widely used continuous wavelets are not, …

… wavelets. Immediately following Pollen's chapter, Heller, Resnikoff, and Wells discuss wavelet
… These arise as the defining coefficients of compactly supported wavelet systems. Walter …

… In this section we give a briefexposition of the relevant aspects of wavelet theory that will
be used in the sequel and try to explain why wavelets are desirable in nonparametric curve …

… We now pick an analyzing wavelet \p, the mother wavelet, and decide that the other wavelets
y;g of the family (which are used in the wavelet analysis) will only differ from xp by their …

In this chapter, we develop the properties of wavelet systems in terms of the underlying filter
banks associated with them. This is an expansion and elaboration of the material in Chapter: …

… an orthogonal wavelet, since there are many generalizations of wavelets that drop the … the
simplest example of an orthogonal wavelet. Orthogonal wavelets with higher smoothness (and …