3fprintf(1,
'This example shows a compact solution of a tandem open queueing network.\n');
4lambda = [1,2]/50; % lambda(r) - arrival rate of
class r
5D = [10,5;5,9]; % D(i,r) - mean demand of
class r at station i
6Z = [91,92]; % Z(r) mean service time of
class r at delay station i
7model = Network.tandemPsInf(lambda,D,Z);
9AvgTable{1} = solver{1}.getAvgTable;
12% 1-line version: AvgTable=MVA(Network.tandemPsInf(A,D,Z)).getAvgTable
