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Moreover, this approach allows developers to establish the desired reliability level (in a quantitative way) between two nodes which are N hops far away from each other.
Generally, represents the sum of Minhop between two nodes, which is parallel to the -axis.
Meanwhile, represents the sum of Minhop between two nodes, which is parallel to the -axis.
Intuitively, the link between two nodes which are close to each other has a high delivery rate.
For the receive ratio, a percentage of 50% has been selected, which results in about 32% packet loss for the links between two nodes which are positioned 20 m from each other.
The parameter P ¯ cat, c is defined as the probability that there is no single channel among c channels between two nodes, which is defined as follows: P ¯ cat, c = P ¯ cat c = 1 − p 2 c (3).
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According Section 6, FICTC achieves the optimal topology via node-disjoint paths set R between any two nodes, which are obtained by Prim's minimum span tree algorithm.
GGM uses the first-order partial correlation coefficients as a measure of direct associations between two nodes, for which the effects of other nodes are eliminated.
Additional false edges are removed from the graph by considering edges that form a path between two nodes for which there is no alternative path with a consistent distance.
If each of the nodes is equipped with multiple radios, an unassigned link represents a link between two nodes each of which has at least one unassigned or unused radio.
Recently, the expected transmission (ETX) count of a link between two nodes is considered, which can be derived from the packet reception rate (PRR) of the link [8, 9].
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