A parallel adaptive wavelet collocation method for solving a large class of Partial Differential
Equations is presented. The parallelization is achieved by developing an asynchronous …

Introduction Innovative biomarkers to predict treatment response in rectal cancer would be
helpful in optimizing personalized treatment approaches. In this study, we aimed to develop …

This paper compares the effectiveness of various multi-resolution geometric representation
methods, such as B-spline, Daubechies, Coiflet and Dual-tree wavelets, curvelets and …

The split-and-merge method is an algorithm design paradigm sometimes used in the field of
parallel computing. It is applied to multilevel algorithms such as the wavelet transforms and …

This paper describes the parallelization of a strategy to speed up the convergence of
iterative methods applied to boundary element method (BEM) systems arising from …

The dissertation deals with SegDWT algorithms performing a segmented (segmentwise)
computation of one-and multi-dimensional Discrete Wavelet Transform–DWT. The …

Multiresolution synthetic aperture radar (SAR) image formation has been proven to be
beneficial in a variety of applications such as improved imaging and target detection as well …

The iterative solution of large linear systems with highly irregular matrices cannot be
accelerated by wavelet transformation and subsequent sparsification if the transformed …

The topic of dissipation by macroscopic flows is approached by considering two of its most
representative occurences, namely dissipation by plasma flows in the vanishing …

The design, analysis, and control of bio-systems remain an engineering challenge. This is
mainly due to the material heterogeneity, boundary irregularity, and nonlinear dynamics …