We found that for almost all the BP regions we studied the correlation coefficient, with increasing height, increases to a maximal value and then decreases again.
The main limitation of our delineation method is that it essentially relies on the determination of the maximal value, which then determines the cutoff value.
β for different R 0. With the increase of β, the throughput of primary system increases until reaching the maximal value and then deteriorates.
If Td 1≥ Td 2, as T ab decreases, P r 1 t - opt achieves its maximal value first, then we have P r 1 t - opt = P max t. (50).
If Td 1< Td 2, as T ab decreases, P a t - opt achieves its maximal value first, then we have P a t - opt = P max t. (52).
At large values of u, the dependence 〈R t)〉 changes crucially (see curve with red circles at u=5 in Fig. 3 a): the mean linear size of adsorbate islands increases attaining its maximal value and then decreases to the stationary value.
By differentiation of the volume signal we observed that as Pab increased, flow initially increased, reached a maximal value and then decreased and became zero at the highest value of Pab.
In this study, as the alphabet size decreases from 20, the performance of HMM_RA first increases, reaching a maximal value, and then decreases.
In Figures 6 and 7, we can see that for some sets of values of s1,0, s1, and s2, the variance of the admixture fraction from one of the source populations increases monotonically from the beginning of the admixture process until it reaches a maximal value and then decreases monotonically to its long-term limit.
Maximal values would then be achieved in both angles.
