… is a telecommunication network with wired and wireless radio communication channels
and a time-varying … is reduced to the tasks of assessing probability-time characteristics (PTC). …

… ) bound, one adds the probability of all remaining states times the minimum (maximum, …
networks. Connectivity measures are also useful in measuring the probability that the network …

… to contain an unknown value with the probability CL. In any correctly implemented simulation,
… of a simulated network within a well-specified period of (simulated) time and the simulation …

… , this time or effort is best modeled as a random variable that is described by a suitable
probability … measure, we need to first compute the transient probabilities of the model states. …

… probability at a base station of interest. In this paper, we are primarily interested in the
performance analysis of the network over long time scales, such as needed for network … lifetime of …

… given in this section show that assumptions A1, A2, and A3 of the probability-capacity graph
models are quite different from the actual design situation of telecommunications networks. …

… By availability we mean the probability that the network is operating at any given time. The
measure related to availability is the expected lost trajic, which represents the demands that …

… to estimate the conditional probabilities for all nodes of the DT network. However, for the
DT … to come up with the conditional probabilities. The conditional probabilities of the DT are …

… information over time) inherent in the scenarios (and the probabilities) … probability distributions;
we sum the discounted cash-flows of all nodes and weight according to their probabilities. …

… The transition probability matrix indicates that if the present network downtime …
telecommunication networks, this study adds to the body of knowledge on telecommunication …