Estimating the Bottleneck Coefficient Sample Clauses

Estimating the Bottleneck Coefficient. We adopt Laplace implementation of the Cheeger constant [84] hT to investigate existence of possible bottleneck in λL. This measures the need to offload packets in λL to λH. We chose Xxxxxxx constant mainly due to existence of algebraic relationship with proposed Laplacian model adopted in this paper. hT is estimated to give a measure of the level of bottleneck in a network flow traffic when modelled as a graph comprising source and destination sets. We particularly use the weighted model of hT. Using the relationship presented in [86] to make provision for traffic edge weight we estimate hT, as hT = inf(h) where h is defined as: C(S, D) h =
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