Figure 7 Effect of turn duration.
Here, we describe the experiments conducted to examine the behavior of features with respect to the turn duration.
We further investigate the performance with respect to the turn duration and demonstrate that sRSM and in general, LTMs, are better suited to handle turns of longer durations (>6 s) than turn-level statistics.
With respect to the turn duration, we showed that sRSM and in general, LTMs, are better suited for longer turns (>6 s), which is highly desirable for current turn-based practices.
Further analyses with respect to the turn duration show that the improvement is even more significant, 35%, on longer turns (>6 s), which is highly desirable for current turn-based practices.
The turn duration (time elapsed between withdrawal from the texture and triggering of the optical sensor at the water spout) was about 800 ms (median 812 ms, interquartile range 656 1032 ms).
In turn, duration of the sporogonic development of malaria parasites in mosquitoes is an important component of vectorial capacity.
The relationship between turn number and hunt success on turn duration was determined using a similar model with turn number entered as a covariate, hunt success as a factor and cheetah ID a random factor.
Here, decreasing turn duration over time is expected during successful chases, as we observed, coupled with generally decreasing speed, as reported by Wilson et al. (Wilson et al., 2013b).
Table 1 RME and MME activation and retention procedure Expansion Retention Total treatment duration Phases Turns Duration Controls RME group One, rapid 2/day 1 to 3 weeks 4/months 8 months ± 2 1.2 year ± 0.3 MME First, very rapid 4-2-1/day 1 h 2/months 8 months ± 2 1.3 year ± 0.2 Second, slow 2/week 4 to 6 months.
