A base station is placed in the center of the first floor of a building. Propagation on that floor is described by PR, dBm = -16 - 50 log(r/1 m) + X where X has o = 10 dB. Modeling the building as a cylinder of radius R= 30 m, what is the fractional coverage on that floor at Pmin=-100 dBm? Assuming the floor-attenuation model is applicable, and the attenuation is 10 dB per floor, what is the fractional coverage on the second floor? On the third floor?

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A base station is placed in the center of the first floor of a building. Propagation on that floor is
described by PR,dBm = -16 - 50 log(r/1 m) + X where X has o = 10 dB. Modeling the
building as a cylinder of radius R = 30 m, what is the fractional coverage on that floor at
Pmin
= -100 dBm? Assuming the floor-attenuation model is applicable, and the attenuation is
10 dB per floor, what is the fractional coverage on the second floor? On the third floor?
Transcribed Image Text:A base station is placed in the center of the first floor of a building. Propagation on that floor is described by PR,dBm = -16 - 50 log(r/1 m) + X where X has o = 10 dB. Modeling the building as a cylinder of radius R = 30 m, what is the fractional coverage on that floor at Pmin = -100 dBm? Assuming the floor-attenuation model is applicable, and the attenuation is 10 dB per floor, what is the fractional coverage on the second floor? On the third floor?
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