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. 2018 May 7;18(5):1453. doi: 10.3390/s18051453

Table 4.

The computation overhead of each scheme.

Scheme	PSGH	SMVH	MMVH
Zhang et al. [18]	$6 T_{m p - t p}$ $+ T_{m t p} \approx$ $14.66$ ms	$3 T_{b p} +$ $2 T_{m p - b p}$ ≈16.051 ms	$(n + 1) T_{m p - b p} +$ $3 T_{b p} \approx 12.633 +$ 1.709 (n + 1) ms
Bayat et al. [19]	$5 T_{m p - b p}$ $+ T_{m t p} \approx$ 12.951 ms	$3 T_{b p} + T_{m t p}$ $+ T_{m p - b p} \approx$ $18.748$ ms	$3 T_{b p} + n T_{m p - b p}$ $+ n T_{m t p} \approx 6.115 n$ $+ 12.633$ ms
Zhang et al. [21]	$2 T_{m t p} \approx$ 8.812 ms	$2 T_{b p} + 2 T_{m t p}$ ≈17.234 ms	$2 T_{b p} + 2 n T_{m t p} \approx$ $8.812 n + 8.422$ ms
He et al. [20]	$3 T_{m p - E C C}$ $\approx 1.326$ ms	$3 T_{m p - E C C}$ $\approx 1.326$ ms	$(n + 2) T_{m p - E C C}$ $\approx 0.442 (n + 2)$ ms
Our Scheme	$T_{m p - E C C}$ $\approx 0.442$ ms	$3 T_{m p - E C C}$ $\approx 1.326$ ms	$(n + 2) T_{m p - E C C}$ $\approx 0.442 (n + 2)$ ms