Abstruct-The stability of a queueing network with interdependent servers is considered. The dependency of servers is described by the definition of their subsets that can be activated simultaneously. Multihop packet radio networks (PRN’s) provide a motivation for the consideration of this system

.2. The Need for Adaptation Mobility exacerbates the tension between autonomy and interdependence that is characteristic of all distributed systems. The relative resource poverty of mobile elements as well as their lower trust and robustness argues for reliance on static servers. But the need to cope

Abstract In this paper we extend the single server interdependent queuing models to bulk service queueing models. Here we consider the costumers/units served a batch of k at a time and if not, the server waits until such time to start. In this model various system characteristics like average

Abstract- This paper studies a loss and delay queueing model under the restriction of N-policy for the situations where arrival and service of customers are correlated and follows a bivariate Poisson process. When there is no customer present in the system then the server goes on vacation

reference system which has the best feasible rate region at link layer. We then generalize the aforementioned results to a general model of queueing network served by a set of interdependent parallel servers with time-varying service capabilities, which models many design problems in communication networks

Two of the hottest issues in mobile communications today are the growth of the mobile Internet and the evolution of new portals. Both are interdependent. Mobile Internet growth requires new portals. The creation, deployment and continued enhancement of new portals require a worldclass portal

, functions and interdependencies. The RAD prototype allows studying the validity of the framework and c...

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server are: 1) it maintains history of all the participating users, 2) it synchronizes among the many, possibly conflict-ing, pieces of information from three sources, 3) it distinguishes interdependence of activities among users, and 4) it provides a high-level abstraction about users ' activities

In this paper, we develop and analyze an interdependent forked queueing model with state dependent service times. Here, it is assumed that the arrival and service processes are correlated and follows a multivariate poisson process. Using the differencedifferential equations, the joint probability