This is because the cross-section structure of Type III does not have any prominent edge, and therefore a lower stress.
Considering a graph with x vertices, y edges, and Z prominent edge lengths, this Dijkstra's algorithm possesses the following communication complexity: Commun.
A MANET was modeled as a graph (abstract data type) comprising of edges with positive length and the prominent edge lengths.
Dijkstra's algorithm with some prominent edge lengths was also considered for reducing the communication overhead (determination of single source shortest route) in multipath routing algorithms [7].
The unstable Zn and O atoms, then, lead to the first local buckling of the HX structure at the prominent edge of the cross-section of the Type I nanowire.
Here, we note that the structure is clearly buckled at the prominent edge of the cross-section of the nanowire, while it is slightly buckled at the central region.
While LDP has been shown to outperform LBP, it tends to produce inconsistent patterns in uniform and near-uniform regions due to its two-level discrimination coding scheme, and is heavily dependent on the number of prominent edge direction parameters [18].
It is observed that as the strain increases, the necking region of the HX structure gradually grows as shown in Figure 4a,b, because some of the ZnO bond parallel to the axis is broken, and the local HX structure becomes a buckled structure at the prominent edge of the cross-section of Type II.
For clearly discussing the detail of the deformation behavior, a central region and prominent edge are defined for Type I and II in Figure 2. The corresponding stress-strain profiles for the tensile process of different types of nanowires are shown in Figure 3.
Aside these two major features, the following could be observed: The individual us 11, taxonomically treated as A. cf. monspessulanum, was placed near the center of the graph; the most prominent edge bundles related it to group B1 or A2.
In addition, for imperfectly flat samples, more prominent "edge effects" may result in which physical edges are either preferentially illuminated or cast into shadow, depending upon the orientation with respect to the beam.
