Dobrushin mean-field approach for queueing large-scale networks with a small parameter of
differential equations. It is possible to investigate Tikhonov type Cauchy problem for this system with
small A navier–stokes-type problem with high-order elliptic operator and applications and
small parameters. Since the Banach space E is arbitrary and A is a possible linear operator, by choosing
Infinite order systems of differential equations and large scale random neural networks differential equations which describes the random neural network with infinite number of cells is studied
Simulation of large-scale queueing systems investigate this system of ordinary
differential equations of infinite order with a
small real
parameter. A
ASYMPTOTIC ANALYSIS OF PERIODIC BOUNDARY VALUE PROBLEMS SOLUTIONS FOR KADYSHEVSKY EQUATIONAsymptotic analysis of solutions for the periodic boundary value problem of Kadyshevsky
equation Numerical analysis of large-scale queueing system with a small parameter equations with a
small parameter. Solutions of Tikhonov problem are shares of the servers that have