Naturally, the exception for this guideline is when the maximum internode distance and the transitional region are the aspects under investigation in the experiments.
As shown in Figure 11(c) and in Table 2, the maximum internode distance is found to be between and 90 cm, depending on the transmit power level.
As shown in Figure 11(b) and in Table 2, the maximum internode distance is found to be between and 3 m, depending on the transmit power level.
For instance, in some of our UG2UG experiments, the transitional region presented a width of less than % of the maximum internode distance.
More specifically, with a maximum internode distance of 100 cm and a transmit power of +5 dBm, the transitional region is located between 85 cm and 95 cm [4].
As shown in Figure 11(a) and in Table 2, the maximum internode distance is found around and 90 cm for transmit powers of + and +10 dBm, and 50 cm for and 0 dBm.
On the other hand, for instance, experiments realized at % of the maximum internode distance present very stable results and the repeatability and comparisons between experiments are feasible in this secure region [4].
Table 2 Maximum internode distance for PER %. 3 dBm 0 dBm +5 dBm +10 dBm UG2UG 55 cm 55 cm 85 cm 95 cm UG2AG 200 cm 200 cm 250 cm 300 cm AG2UG 15 cm 25 cm 55 cm 85 cm Figure 11 WUSN testbed results with commodity WSN sensor nodes.
Four traits affecting plant architecture, namely plant height (PH), number of nodes (NN), maximum internode length (MIL) and twinning habit (TH), were scored 6 weeks after transplantation.
( is the maximum possible internode distance and set to 100 km in this paper).
