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 Matrix approach to discre...
 bagleytorvikequation(A,B,C)
% Sample function for solving BagleyTorvik equation with zero initial conditions:
 ban(alpha,N,h)
Make matrix B_{N}^{alpha} that corresponds
 eliminator(n, ROWS)
%ELIMINATOR
 fan(alpha,N,h)
Make matrix F_{N}^{alpha} that corresponds
 fracdiffdemou(alpha,beta)
 fracdiffdemoy(alpha,beta)
 fracdiffdemoydelay(alpha,...
 ranort(alpha,N,h)
Make matrix R_{N}^{alpha} that corresponds
 ransym(alpha,N,h)
Make matrix R_{N}^{alpha} that corresponds
 shift (U, k)
 y=bcrecur(a, n)
% Computation of the fractional difference coefficients
 rieszpotential.mScript for solving the integral equation

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Matrix approach to discretization of ODEs and PDEs of arbitrary real order
by
Igor Podlubny
12 Nov 2008
(Updated
18 May 2009)
Functions illustrating matrix approach to discretization of ODEs / PDEs with fractional derivatives.


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