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optimization strategy. Once the optimization flow is run, we can see the results of
the different experiments implemented (Fig. 7.9 ). The first result is that out of all
534 designs, nine designs have failed because they drove the platform to corner
cases that made the virtual platform to an unstable state. This unforeseen result
is quite interesting since it demonstrates that the flow will also flag any possible
issues in the platform itself. Moreover, regarding the 525 completed experiments,
it is interesting to note that the analysis has helped the design team in two different
processes: to demonstrate the coherency of the results and to find the best point
for the design parameters.
7.2.3.1
Demonstrate the Coherency of the Results
The first thing to be analyzed with the procedure followed in MULTICUBE is the
coherency of the obtained results taking into account the real industrial application
and the expected theoretical results. The best way to proceed in the case of a powerline
multimedia transmission is to consider the diagrams of the loss in the path versus
the throughput and latency in each of the directions of the communication as shown
in Figs. 7.10 - 7.13 .
Fig. 7.10 Loss vs throughput, from Node 0 to Node 1
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