Numerical solution methods for distributed order differential equations

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Numerical analysis for distributed-order differential equations (2009, methodology): “In [12] we considered already an equation where the orders were distributed over [0.”
Cauchy and Nonlocal Multi-Point Problems for Distributed Order Pseudo-Differential Equations, Part One (2005, background): “In recent years such equations have met interest of several researchers (see, for example [2], [5]– [8], [22], [30] and references therein) who have treated relevant physical and numerical problems, mainly of evolutionary character.”
Numerical solution for diffusion equations with distributed order in time using a Chebyshev collocation method (2017, methodology): “The random walk theory was popularised by Karl Pearson in his letter to Nature (1905) [55], where he proposed the following problem: a man starts from a point O and walks l yards in a ∗Corresponding author Email addresses: luisam@utad.pt (Maria Lúısa Morgado ), msjr@fct.unl.pt (Magda Rebelo ), luis”