In this paper, we consider a retrial queue with state-dependent service rate as mathematical model of node FANET communications. We suppose that the arrival process is Poisson, delay duration exponentially distributed, orbit unlimited, and there multiple random access from orbit. There one server, time every call distributed variable parameter depending on number calls in The has an infinite va...

context-dependent modeling is a well-known approach to increase modeling accuracy in continuous speech recognition. the most common way to implement this approach is via triphone modeling. nevertheless, the large number of such models results in several problems in model training, whilst the robust training of such models is often hardly obtained. one approach to solve this problem is via param...

We consider a single link loss system of quasi-random input, described by the Engset multirate loss model (EnMLM). Blocked calls may once reattempt to be connected to the system requiring less bandwidth; then the system is described by the single retry model for finite sources (f-SRM). The EnMLM and the f-SRM are extended with the single threshold finite source model (f-STM), where calls may at...

In this paper we investigate a state dependent multicast routing algorithm called Least Load Multicast Routing LLMR for single rate loss networks The algorithm is based on Least Load Routing LLR concept and the approach is to se lect the least load links for establishing connec tions To facilitate tractable analysis the net works considered are assumed symmetrical and fully connected In additio...

Rateand state-dependent friction laws for velocity-step and healing are analysed from a thermodynamic point of view. Assuming a logarithmic deviation from steady-state, a unification of the classical Dieterich and Ruina models of rock friction is proposed.

We characterize the stability conditions with an arbitrary statedependent time-varying round-trip delay in the context of single-flow and singleresource for Kelly’s optimization based rate control scheme using invariance techniques. It is shown that the stability conditions with an arbitrary fixed delay are sufficient for the stability of the system with a state-dependent time-varying delay.