Abstract

Inspired by the “photon fluence rate distribution” process in classical optics, the “diffusion + wavelet window” perspective of the super-resolution (SR) wavelet transform developed in our recent work [8] is introduced and studied in this paper. As a continuation of [8], the same notations and definitions are used; and by adapting the D+W method, a two-stage “isolation + amplification (I+A)” scheme is also introduced to provide another method for resolving the inverse problem of blind-source recovery of unknown point-masses.

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