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Link threshold (PRR): 0.5Link threshold (PRR): 0.75.
For the link threshold effect, decreases as the link threshold improves.
The link threshold varies from 0.7 to 0.9.
Basically, lower bound of the link threshold is determined by node density in a hop.
In addition, we will examine the optimal link threshold that provides maximum lifetime.
As the link threshold increases, the balanced scheme achieves lower maximum energy consumption.
The network lifetime of the lowest ETX scheme linearly decreases to the normalized optimal value as the link threshold increases.
The link threshold can be adjusted, which will change the hop level of nodes from the sink.
The link threshold and the node density are the main factors that affect the energy consumption of each localized scheme.
The lowest ETX without MHR can provide longer network lifetime when both the link threshold and the node density are low.
We see that this lower bound is a function of the network size, the portion of energy consumption for transmission, and the link threshold.
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