Poisson wavelet

In mathematics, in functional analysis, several different wavelets are known by the name Poisson wavelet. In one context, the term "Poisson wavelet" is used to denote a family of wavelets labeled by the set of positive integers, the members of which are associated with the Poisson probability distribution. These wavelets were first defined and studied by Karlene A. Kosanovich, Allan R. Moser and Michael J. Piovoso in 1995–96.[1][2] In another context, the term refers to a certain wavelet which involves a form of the Poisson integral kernel.[3] In still another context, the terminology is used to describe a family of complex wavelets indexed by positive integers which are connected with the derivatives of the Poisson integral kernel.[4]

  1. ^ Karlene A. Kosanovich, Allan R. Moser and Michael J. Piovoso (1996). "The Poisson wavelet transform". Chemical Engineering Communications. 146 (1): 131–138. doi:10.1080/00986449608936485.
  2. ^ Karlene A. Kosanovich, Allan R. Moser and Michael J. Piovoso (1997). "A new family of wavelets: the Poisson wavelet transform". Computers in Chemical Engineering. 21 (6): 601–620. doi:10.1016/S0098-1354(96)00294-3.
  3. ^ Klees, Roland; Haagmans, Roger, eds. (2000). Wavelets in the Geosciences. Berlin: Springer. pp. 18–20.
  4. ^ Abdul J. Jerri (1998). The Gibbs Phenomenon in Fourier Analysis, Splines and Wavelet Approximations. Dordrech: Springer Science+Business Media. pp. 222–224. ISBN 978-1-4419-4800-7.