… maximum stable throughput achievable in dense wireless networks. We formulate this problem
as one of finding maximum flows … : in computing the value of a maximum flow, we seek to …

… maximum flow problem as an optimization problem in interference-limited wireless sensor
networks with switched beam directional antennas. … achieve the maximum flow through jointly …

… a flow problem. However, in contrast to common flow formulations of network problems, eg
[5], in which flow … We note that the directional antennas model does not necessarily implies a …

… Using the max-flow/min-cut theorem in flow networks, Peraki and Servetto [27] show that …
networks with directional antennas can achieve an increase of Āšlog2šnŽŽ in maximum stable …

… flow matrix calculation: We define the link flow matrix F’ = {f’ij} as the matrix whose entry at
row i and column j is the traffic flow … be the maximum amount of time Tmax during which flow …

… flowing in an element of conductor and the component of electric intensity at the surface of
the conductor and parallel to the direction of current flow… Thus we see that maximum fields are …

… we need to bound the maximum number of flows for a destination … Thus, it is possible that a
node assembles multiple flows. Let … that assigns a flow to a node with balanced flows at each …

… the minimal flow rate, the first step of the max–min fairness, by optimizing the placement of
directional antennas. The presented model can be easily extended to the max–min fairness …

… directional antenna setting is fundamentally different from the multi-radio omni-directional
antenna … Then the maximum concurrent flow problem in our model can be formulated as the LP …

… a brief introduction of directional antennas as well as a classification of directional antennas
in … This is because the maximum transmission antenna gain G t and the maximum reception …