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<p>decaying faster than  with , which is substantially less strict.To achieve this, the kernel  in the convolution integrals has to be replaced by .With even more complex integration kernels, solutions can be found even for divergent functions that need not grow faster than polynomial.</p>

<p>For all <a href="page.php?w=Analytic_function">analytic</a> vector fields that need not go to zero even at infinity, methods based on <a href="page.php?w=Integration_by_parts">partial integration</a> and the <a href="page.php?w=Cauchy_formula_for_repeated_integration">Cauchy formula for repeated integration</a></p><p>
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