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F-TPR determines the distribution ratios to intermediate nodes for each source destination node pair independently.
Nevertheless, the conventional multipath provisioning scheme is designed only for connecting a specific node pair.
A very stiff spring is placed between the node pair at the crack tip to calculate the nodal forces.
A very stiff spring is placed between the node pair at the crack tip to calculate the internal forces.
We thus need to consider different connectivity requirement for any two node pair.
Next, we calculate approximately the maximum throughput per node pair TDTFR that DTFR can support.
Unfortunately, the expected hop count of the direct path between any node pair is unidentifiable.
Therefore, ((N/k -2) SRs will be compared by the N/k -2air.
In addition, each node pair is also characterized by its Euclidean distance in 2D space.
where t 1 † is the optimal transmit beamformer selection for one node pair.
Therefore, the achievement of k ij connectivity for any two node pair means the solution of k ij disjoint paths for any two node pair, that is, the key issue is how to effectively calculate the disjoint paths.
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