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Next, some simulations are designed for the case where the NLOS error is assumed to be an exponential variable (λ = 300 m) and the measurement noise is Gaussian with mean zero and STD σ i = 30 m[28].
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But if times are not censored, is an exponential variable with the rate and 2004 reduces to 10where.
Defining β as the probability of erroneously decoding the message, then β is computed as β = Pr ( γ 0 | h S j R l | 2 < Δ TH ) = 1 − e − λ SR Δ TH, where γ 0 | h S j R l | 2 is an exponential random variable random variable with a parameter λSR.
Under Rayleigh fading environment, g is an exponential random variable with unit mean.
So we know that τ is an exponential random variable with mean 1.
It is well known that, in this case, T is an exponential random variable (cf. [[22], p.957]).
All the stations generate Poisson-distributed data messages whose length is an exponential random variable with average L b bits.
If X is an exponential random variable with mean (1/theta), then (m(x mid z)=1/(theta+z)).
where |h2D|2 is an exponential random variable with parameter 1 for Rayleigh fading channel of zero mean and variance one.
Suppose (J t)) will be absorbed at (t=e_{q}), where (e_{q}) is an exponential random variable with parameter (q > 0).
where |H m |2 is an exponential random variable with PDF f H m 2 x = 1 Ω h exp − x Ω h.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com