We observe that the source node is encouraged to communicate over the best network by dedicating all resources exclusively when condition of source-to-relay (SR) link and source-to-destination (SD) link of the new network is better (or worse) than that of SD link and SR link of the current network.
Van Gorp et al. [42] proposed a UML profile to express pre- and post-conditions of source code refactorings using object constraint language (OCL) constraints.
As shown in Figure 7, coverage preservation cannot be established for the exit test of the transformed loop: for the decision and conditions of source line 5 the TRUE/FALSE evaluation is not preserved.
That is because with the eavesdropping probability increasing, the security condition of each source becomes different and the difference of secrecy rate of each source becomes large.
Meanwhile, luminance uniformity of LED backlighting with the new lens is obtained as high as 0.92 at the condition of extended source and near field.
These results further confirm that the improved photovoltaic performance of 10% device under the condition of hot source was primarily attributed to the thermoelectric Seebeck effect of TiO2-Nb/STO CNFs.
It is known that the perturbation of Gln3 causes the expression of GZF3 to change significantly under the experimental condition of nitrogen source quality/availability, but Gln3 does not bind to the promoter region of GZF3 (14, 28).
We use the TF-gene regulatory pair, Gln3- GZF3 queried under the experimental condition of nitrogen source quality/availability, as an example to demonstrate the contents in the detail page.
YTRP solves this ambiguity by enumerating all possible TRPs from Gln3 to GZF3 in the TF-gene direct regulatory network under the experimental condition of nitrogen source quality/availability.
Querying the TF-gene regulatory pair Gln3- GZF3 in YTRP on the TF-gene direct regulatory network as the underlying network under the experimental condition of nitrogen source quality/availability returns two TRPs: Gln3→Gat1→ GZF3 and Gln3→Dal80→Gat1→ GZF3.
Note that feedbacking H 2 from the destination to the source is unusual due to the poor condition of the source-destination direct link [39], which is also assumed in this paper.
