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The computational results showed that, for certain process time distributions, the expected throughput rate could go up with an increase in the number of components.
This paper provides analytical insights into the effect of the number of components and process time distributions on the expected throughput rate.
In this paper, we analytically derive the expected throughput and the expected energy expenditure for a synchronized contention-based duty cycled MAC protocol.
A recent study showed that unbalancing the work allocation in the direction of assigning less work to assembly and more to component fabrication improves the expected throughput rate.
The expected cycle times of two different cycles are derived based on a geometric distribution, and then the maximum expected throughput is pursued for in-process and post-process inspection sensors, respectively.
At the beginning of each scheduling period our scheduler decides the channel and slots to be assigned to each reader by maximizing (with respect to these variables) the expected throughput using a simulated annealing solver.
Figure 1 Frame size versus expected throughput in FSA.
Note that is the expected throughput from the best cell.
Figure 4 shows the theoretically expected throughput per slot curves.
Figure 4 Theoretically expected throughput per slot curves constrained with postpreambles.
For every RTT, TCP-Vegas compares the expected throughput to the actual throughput measured.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com