文件名称:OKUMURA
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Lets use Hata model for a medium city to find the received signal levels at various distances = 3, 6, 9,
12 and 15 Kilometers the base station operating at 870 MHz. The following data is given:
Height of the radiation centerline measured the base of the BTS = 50 m
Terrain elevation at the location of the BTS = 350 m
Average terrain height = 300 m
Height of the mobile antenna = 3 m
Power delivered to the BTS antenna = 19.5 W
Gain of the BTS antenna = 10 dBi
Gain of the mobile antenna = 0 dBi-Lets use Hata model for a medium city to find the received signal levels at various distances = 3, 6, 9,
12 and 15 Kilometers the base station operating at 870 MHz. The following data is given:
Height of the radiation centerline measured the base of the BTS = 50 m
Terrain elevation at the location of the BTS = 350 m
Average terrain height = 300 m
Height of the mobile antenna = 3 m
Power delivered to the BTS antenna = 19.5 W
Gain of the BTS antenna = 10 dBi
Gain of the mobile antenna = 0 dBi
12 and 15 Kilometers the base station operating at 870 MHz. The following data is given:
Height of the radiation centerline measured the base of the BTS = 50 m
Terrain elevation at the location of the BTS = 350 m
Average terrain height = 300 m
Height of the mobile antenna = 3 m
Power delivered to the BTS antenna = 19.5 W
Gain of the BTS antenna = 10 dBi
Gain of the mobile antenna = 0 dBi-Lets use Hata model for a medium city to find the received signal levels at various distances = 3, 6, 9,
12 and 15 Kilometers the base station operating at 870 MHz. The following data is given:
Height of the radiation centerline measured the base of the BTS = 50 m
Terrain elevation at the location of the BTS = 350 m
Average terrain height = 300 m
Height of the mobile antenna = 3 m
Power delivered to the BTS antenna = 19.5 W
Gain of the BTS antenna = 10 dBi
Gain of the mobile antenna = 0 dBi
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OKUMURA\Okumura.m
OKUMURA