b. Determine the proper spatial sampling interval required to make small-scale propagation measurements which assume that successive samples are highly correlated in time. How many samples will be required over 20 m travel distance if carrier frequency is 2000 MHz and velocity of the vehicle is 40 m/s. How long would it take to make these measurements assuming they could be made in real time from a moving vehicle? What is the Doppler spread for the channel? (3+5)

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Determine the proper spatial sampling interval required to make small-scale propagation measurements which assume that successive samples are highly correlated in time. How many samples will be required over 20 m travel distance if carrier frequency is 2000 MHz and velocity of the vehicle is 40 m/s. How long would it take to make these measurements assuming they could be made in real time from a moving vehicle? What is the Doppler spread for the channel?

b. Determine the proper spatial sampling interval required to make small-scale propagation measurements which
assume that successive samples are highly correlated in time. How many samples will be required over 20 m travel
distance if carrier frequency is 2000 MHz and velocity of the vehicle is 40 m/s. How long would it take to make these
measurements assuming they could be made in real time from a moving vehicle? What is the Doppler spread for the
channel?
(3+5)
Transcribed Image Text:b. Determine the proper spatial sampling interval required to make small-scale propagation measurements which assume that successive samples are highly correlated in time. How many samples will be required over 20 m travel distance if carrier frequency is 2000 MHz and velocity of the vehicle is 40 m/s. How long would it take to make these measurements assuming they could be made in real time from a moving vehicle? What is the Doppler spread for the channel? (3+5)
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