how to solve this matrix by adams bashforth matlab

lamda1=0.2;
mu1=1-lamda1;
lamda2=0.3;
mu2=1-lamda2;


A=[-(lamda1+lamda2) mu2 mu1 0;lamda2 -(mu2+lamda1) 0 mu1;lamda1 0 -(lamda2+mu1) mu2;0 lamda1 lamda2 -(mu1+mu2)];
B=[1;0;0;0];
C=A*B;

how can i get the C matrix by adams bashforth matlab

[Torsten]

And you really think somebody knows what you are asking for ?

[Walter Roberson]

https://www.mathworks.com/matlabcentral/fileexchange/63034-adams-bashforth-moulton-method

[Jan]

See my comment to your question asking for the Runge Kutta method:

An ODE integrator computes an approximated solution of an initial value problem of an ordinary equation system. Here you provide some code to compute a matrix. So there is no need to call in integrator anymore.