Discrete-time $MAP/G/1/\infty$ system with inversive probabilistic servicing discipline

Consideration was given to the discrete-time $MAP/G/1/\infty$ queuing system where the arriving customer is taken to the server with a certain probability depending only of the processed length of the customer in service and squeezes out its predecessor to the first place on the queue or, with the complementary probability, occupies the first place on the queue (inversive probabilistic servicing discipline). For this system, the main stationary operational characteristics were established.

Presented by the member of Editorial Board: A. I. Lyakhov