Consider a simple wireless Network that consists 1 BTS and one near user and one far user .

Assume both Users are operating with NOMA Scheme with the Channel bandwidth W=B (Hz).

The base station allocates P₁ % of total power (P dB) to the far user and 100-P₁% of the power to the near user.

The channel gain between the user and the base station is modeled by comprising Los - normal Shadowing, E=K dB.

Rayleigh tracing distribution |h₁| = A dB for near user and |h₂ |= c dB for far user.

The distance between the near user and the base station is d₁ and the distance between the far user and base station d₂= 500m.

Path loss exponent v

Noise power spectral density N_o W

what is the sum wireless network (expression) rate of the wireless network.

Answer rating: 100% (QA)

To find the sum wireless network rate we need to calculate the data rate for each user first The dat... View the full answer