We can obtain and from (5) using the parameters shown in Table 1.
In order to be able to evaluate the above values for different parameter values of S and p, we used the parameters shown in Table 2.
We study the performance of our proposed scheme compared to that of the legacy MAC using the parameters shown in Table 1.
Extensive simulations were conducted using the parameters shown in Table 1 to evaluate the coverage probability for three BS antenna scenarios.
We have tested the efficiency using the parameters shown in Table8; however, the efficiency results did not present a difference with different coding rate and modulation scheme, so we show the results for Rc = 1/2 and for QPSK modulation scheme.
HY TME was equilibrated with silty clay loam soil, bentonite, SiO2 powder, fine quartz sand, and SiO2-HA using the parameters shown in Table S1.
A PSA was conducted using the parameters shown in Tables 1, 2, and 3.
For this study, a stochastic model (continuous time, discrete individuals) analogous to equation 1 having the transitions shown in Table 1 and using the parameters shown in Table 2 and was used.
These estimates were calculated in two steps using the parameters shown in Table 2. First, we calculated cognitive performance change for each individual, corresponding to a change in a specific z characteristic, all other characteristics being equal.
Using the parameters showing the strongest association with radiographic progression, three-parameter risk matrices were created, showing the actual proportion of patients with radiographic progression in each box and the total number of patients in that box.
