On Thursday, weather officers set the probability of a delay at 30percentt.
We set the probability of non-active PU bands to be Pnon-active = 0 or 20%.
In order to limit the computational burden, we set the probability of false alarm Pfa = 10-3 and the number of sensors J = 4 throughout the section.
Since the threshold η has been set, the probability of detection can be evaluated using the distribution of λ under H0, which is defined as P D = Δ Pr { λ ≥ η | H 1 }.
We set the channel transition probability of staying in the same state as 0.6 and set the probability of transition to the adjacent state to be three times that of transition to a nonadjacent state.
We set the probability of a retransmission as P r = Pc + Pb and approximate the probability of block due to the end of a contention window as follows P b 1 ock c d ≈ 1 - ( P s + P r ⋅ P s ⋅ T atim ω ), T atim ≤ 3 5, 1 - ( P s + ( P r 2 + P r ) ⋅ P s ), 3 5 < T atim ≤ 2 ω, 0, otherwise.
We set the probability of the geographical distance D between x 1 and x 2 less than d to be P ( D ≤ d ), and the constraint L3 can be expressed by L 3 : D 2 = x d 2 + y d 2 ≤ d 2, then we have P ( D ≤ d ) ∫ ∫ ∫ ∫ L 1 ∩ L 2 ∩ L 3 f X d, X m ( x d, y d, x m, y m ) d x m d y m d x d d y d. (29).
We set the probability of type 1 error at an alpha of.05.
