Note that the Green function is strictly increasing in the first variable in the interval.
ϕ is a uniformly distributed random variable in the interval (0,1).
The Doppler shift is modeled as a uniform random variable in the interval [0,2Π). In this case, the SNR is 10 dB.
In both figures, the CNR = 20dB, and ρ t is unknown, modeled as a uniform random variable in the interval [0,1].
The Fractional Logit Model is considered to be a Generalized Linear Model and is specifically designed for a dependent variable in the interval [0 1] when there is a positive probability that the values 0 and 1 can be realized.
Again, two different kinds of targets are considered: those with unknown correlation coefficient (ρ t ), and Swerling I targets with unknown Doppler shift (the Doppler shift is modeled as a uniform random variable in the interval [0,2Π)).
where u i is a uniform random variable in the interval (a i, b i ] with a i = li m y ↑ yi F y i, μ ^ i, ϕ ^ and b i = F y i, μ ^ i, ϕ ^.
In both figures, the CNR = 20 dB, and the Doppler shift is unknown, modeled as a uniform random variable in the interval [0,2Π). In Figure11, ρ c = 0.7 and SIR = 13 dB. In Figure12, ρ c = 0.995 and SIR = 1 dB.
As it can be seen from Table 1, the values of adsorption energy of articaine molecule E ad as dependent on the change in the surface nature become variable in the interval from −22 to −55 kJ/mol that by the order of magnitude of adsorption energy is comparable with the energy of alone hydrogen bond of O-H…O or O-H…N type.
"2 variables fall in the interval and 0 variables fall in the interval "; "2 variables fall in the interval and 0 variables fall in the interval "; "1 variable falls in the interval and 1 variable falls in the interval ".
