A signal is transmitted using a carrier frequency of 900 MHz

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A signal is transmitted using a carrier frequency of 900 MHz. It is transmitted through a multipath channel which can be modelled as Rayleigh fading. Assumingthe Dopper spread as 10Hz and the number of multipaths as 10， generate the Rayleigh faded signal.

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In the given scenario, a signal is being transmitted using a carrier frequency of 900 MHz. This signal is being transmitted through a multipath channel, which can be represented as Rayleigh fading. Let's assume that the Doppler spread is 10Hz and the number of multipaths is 10. Our task is to generate the Rayleigh faded signal and then calculate the outage rate, which is the probability of the signal falling below a certain rate (let's say -10 dB).

To accomplish this, we will utilize Matlab to demonstrate the path loss as a function of the loss parameter for distances ranging from 2 km to 40 km. Additionally, we will calculate the power loss in dB.

By analyzing the Rayleigh fading and outage rate, we can gain a better understanding of the signal's behavior and determine the impact of distance on the power loss. This information can be crucial for optimizing the transmission of signals in similar scenarios.