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Figure 27 Packet loss and average number of hops in function of the number of sinks.
Figure 28 Average energy consumption in function of the number of sinks.
Packet loss (bars) and average number of hops (line) in function of the number of sinks on the wiLab.t testbed.
Average energy consumption in function of the number of sinks (maximum and minimum energy consumption are represented by the error bars) on the wiLab.t testbed.
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Impact of the number of sink-source pairs: In this scenario, the number of sink-source pairs is varied.
The decrease for both parameters is approximately 40% when the number of sinks increases from one to two sinks.
Figure 25 Average number of hops related to the number of sinks on wiLab.t testbed.
Figure 16 Average number of hops compared to the number of sinks.
This is more remarkable as the number of sources increases and the number of sinks decreases.
The introduction of this threshold eliminates the possibility of having the number of allowable sink sites to be less than the number of sinks s.
Linked with the increased lifetime of the network, the number of successfully received sensor readings at the sinks increases when the number of sinks is increased.
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