In the original niche model, species' niche positions are assumed to be uniformly distributed between 0 and 1; the distribution of n of the probabilistic niche model is well-explained by a uniform distribution (K-S test, p = 0.18).
The bonds are purchased each year so that the portfolio will be uniformly distributed between the one to fifteen year spread.
The salary are assumed to be uniformly distributed between the given quantiles.
To account for the large-scale path loss, we assumed the terminals to be uniformly distributed between 3 and 100m.
We repeat the simulation that produced Figure2 but this time, we allow the intra-block correlation coefficient for each block to be uniformly distributed between 0.4 and 0.5.
This estimator is derived by modeling the speech magnitude |S k,ℓ)| as a stochastic variable with a chi probability density function (pdf) with shape parameter μ, while the phase of S k,ℓ) is assumed to be uniformly distributed between −π and π.
For (x l ) m, we proved by simulation (not given in this article due to page limited) that, for random inputs x l with Gaussian, Rayleigh or Rician distribution, (x l ) m is uniformly distributed between 0 and m - 1, or (x l ) m ~ U[0, m- 1].
If we consider that are uniformly distributed between 0 and, the random variable has a triangular distribution function over the range, and the probability that condition (2) is not satisfied coincides with the area of the shadow region shown in Figure 6, that is, (18).
Rate of testing for those in CD4+ cell count category below 200 cell/μL (ρ 5 ) has a prior distribution such that the average interval from infection to diagnosis is uniformly distributed between 0.5 and 10 years:.
In our examples, we assume that, a priori, the logarithm of the attack size N is uniformly distributed between 0 and the logarithm of 10,000, and we approximate this distribution in a spreadsheet with 500 mass points equally spaced on the natural logarithmic scale.
Initially, ions and electrons are uniformly distributed between x=−a and x=a, and their velocities are given by the Maxwellian distribution with temperatures, (T_{i}=m_{i} v_{th,i}^{2}) and (T_{e}=m_{e} v_{th,e}^{2}), where v t h,i and v t h,e are ion and electron thermal velocities, respectively, and m i and m e the ion and electron mass, respectively.
