6. Assume a Rayleigh-fading environment in which the sensitivity level of an RX is given by a signal amplitude rmin, then the probability of outage is Pout = Pr{r < rmin} = cdf (rmin). (b) The fading margin (level of protection against fading) is expressed as M = (30.5) Cmin or (in dB) Мав — Сав — Cmin dB (30.6) %3| dB - Determine a closed-form expression for the required fading margin, in dB, as a function of outage probability Pout-

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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6. Assume a Rayleigh-fading environment in which the sensitivity level of an RX is given by a
signal amplitude rmin, then the probability of outage is Pout = Pr{r < rmin} = cdf (rmin).
(b) The fading margin (level of protection against fading) is expressed as
M =
(30.5)
Cmin
or (in dB)
Мав — Сав — Cmin dB
(30.6)
%3|
dB -
Determine a closed-form expression for the required fading margin, in dB, as a function
of outage probability Pout-
Transcribed Image Text:6. Assume a Rayleigh-fading environment in which the sensitivity level of an RX is given by a signal amplitude rmin, then the probability of outage is Pout = Pr{r < rmin} = cdf (rmin). (b) The fading margin (level of protection against fading) is expressed as M = (30.5) Cmin or (in dB) Мав — Сав — Cmin dB (30.6) %3| dB - Determine a closed-form expression for the required fading margin, in dB, as a function of outage probability Pout-
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