Abstract
We describe a new method for computing blocking probabilities in cellular mobile communication networks. Given a cellular mobile network for which blocking probabilities are sought, we first construct a queueing network model to act as surrogate for the original system. Assuming that this model has the simple product form and closed-form solution, we formulate the steady-state blocking probability of each class traffic in terms of normalization constants. We develop an algorithm for computing the steady-state blocking probability of each traffic class. We show that the proposed algorithm is effective by numerical example.
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