International Journal of Mathematics and Mathematical Sciences
Volume 20 (1997), Issue 4, Pages 657-672
doi:10.1155/S0161171297000914
Abstract
A generalized Fock space is introduced as it was developed by Schmeelk [1-5],
also Schmeelk and Takači [6-8]. The wavelet transform is then extended to this generalized
Fock space. Since each component of a generalized Fock functional is a generalized function,
the wavelet transform acts upon the individual entry much the same as was developed by
Mikusinski and Mort [9] based upon earlier work of Mikusinski and Taylor [10]. It is then
shown that the generalized wavelet transform applied to a member of our generalized Fock
space produces a more appropriate functional for certain appfications.