The main idea is that the conditions of links among MRs do not change drastically so that it is better to use a proactive routing protocol in a stable topology as it occurs in the backbone.
The assumption is based on good condition of reverse link and symmetric links.
Furthermore, by comparing critical attacking strength under same parameters for both conditions, we also find that feedback condition of dependency links, in contrast to no-feedback condition, makes the system extremely vulnerable.
where (alpha _{i}left (tright) ) is the independent Bernoulli processes, which represent the unreliable condition of the links from the sensor to the filter.
When 0 is a non-degenerate critical point of a functional of class C 2 defined on a Hilbert space and I ( 0 ) = 0, I has local linking at 0. The condition of local linking was introduced in [8] under stronger assumptions I ( u ) ≥ c > 0, u ∈ X 1, ∥ u ∥ = r, dim X 2 < ∞.
Our analytical results also demonstrated that when all the hosts transmit at an equal data rate, 802.11 CSMA/CA can only present fairness on condition of homogeneous link qualities; the presence of diverse link qualities can cause significant unfairness.
To summarize, for a given, responds to the instantaneous connectivity condition of the link.
The analytical results demonstrate that 802.11 CSMA/CA can present fairness regardless of the same or different data rates under the condition of homogeneous link qualities.
However, in the LT condition the number of links within the LH was significantly higher than the number of links within the RH, and this was reversed in the UR condition, χ2(3) = 57.4, p<0.0001).
For all this it is necessary to have a look at the load conditions of track links.
