Without loss of generality, v and [Z.sub.k])([y.sub.k]) are independent; thus, the
probability density function of I([y.sub.k]) can be calculated as
In Figure 3, the left Figure 3(a) shows the average energy consumption and its standard deviation for different scenarios, and Figure 3(b) shows the
probability density function for each scenario.
Caption: Figure 2: Difference of
probability density function: [x.sub.10] = 110, [x.sub.20] = 100, [[bar.[sigma]].sub.1] = 0.25, [[bar.[sigma]].sub.2] = 0.15, [bar.[rho]] = -0.5, and t - [t.sub.0] = 1.
After the strain is regarded as a random variable, the following
probability density function is used to describe the mesoscopic element failure behavior:
Mathematically, let [mathematical expression not reproducible] and [mathematical expression not reproducible], where F is the cumulative function of the
probability density function f(y; [mu], [THETA]); then the randomized quantile residuals for [y.sub.i] are
The calculated results show that the
probability density function model (PDFM) more accurately reflects measurement data than the log-law model.
Plots for the cumulative distribution function (CDF),
probability density function (PDF), hazard function were also presented in this article.
In order to analytically evaluate ASEP for applied modulation format, expression for conditional SEP (conditioned over fading statistics which impairs the communication) should be averaged over the
probability density function (PDF) of the fading channel amplitude.
If the distribution G (x) has density g (x) the class will have a
probability density function (pdf) given by