The y-axis represents the relative frequency of certain cluster sizes.
Depending on the nature of the data sets, we expect (Figure 5) an over-representation of certain cluster sizes which are indicative of coordinated responses that cannot be solely explained by random events.
However, our results do demonstrate that while certain serotypes make up the majority of certain clusters, all of the PGs contained multiple serotypes.
Maan et al [57] showed that the Seg-2 sequencles of different BTV strains not only form distinct clades for each serotype, but also that the sequences of certain serotypes cluster more closely together, identifying ten distinct nucleotypes (identified as A J).
For each cluster, the total number of different ring members as well as the number of rings of a certain cluster type are indicated.
To deal with such problem, we employ a probability that a node becomes a member of a certain cluster with the consideration of cluster-head density.
The colour of a point on the map is close to the colour of a certain cluster if there are a large number of items belonging to that cluster in the neighbourhood of the point.
Once the base station knows that the clone of a compromised sensor node may be deployed in the vicinity of a certain cluster head, it can reject the clone's join message.
For each of these trees, certain clusters of interest have been highlighted using annotated red boxes or ellipses, and will be specifically referred to, in the following text for further description and discussion.
A microscene is a distinct component of a music scene, located in a delimited space of mutual social activity where certain clusters of scene members assemble and generate socio-cultural cohesion through collective ideologies, attitudes, preferences, practices, customs, and memories that distinguish them from the larger scene.
