Exact(60)
The exact number of the simulations that were conducted is mentioned below for each case study.
The number was taken from mean number of hops in the simulations that increased with increasing density.
The square symbols indicate the simulations that use DS accuracy and the DP runs are indicated by the round symbols.
For the simulations that follow, we applied this set of parameters shown in Table 1 unless otherwise stated.
The simulations that employ corrected polarizabilities give predictions in very good agreement with exact results obtained by solving Laplace's equation.
In the simulations that follow, for each target location X, a single measurement sequence realisation is considered (i.e. n s =1).
Figure 8(c) shows the results of the simulations that are run with the same required event miss-ratio value but with varying number of nodes.
This is clearly obvious in the experimental results, where the regions of activity are indeed correctly localized, as well as in the simulations that follow.
Therefore for a practical number of candidate allocations the performances of the two mechanisms are identical as shown in the simulations that follow.
Moreover, the simulations that have been conducted by other researchers were limited both in network size (number of nodes) and speed of the nodes.
For all panels the solid lines indicate the simulations that use a single GPU and the dashed lines indicate the simulations with four GPUs.
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