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A stationary wireless transmitter transmits data at 256 kbps at a carrier frequency of 900 MHz. i...
. Consider a mobile communication system using a carrier frequency of 900 MHz. A mobile in this system is travelling at a speed of 40kmph towards the base station in the cell. Calculate the frequency of the received signal. If the mobile user transmits date at rate of 100 Kbps, determine whether the channel is slow or fast fading.
QUESTION 12, 13, 14???? In 3.14, can write Gt and Gr directly in the answer, or assume Gt and Gr =1 (specify hypothesis) P3.8. Path loss, fading, and delay spread are the three most important radio propagation issues. Explain why those issues are important in a cellular system. What is the difference between fast fading and slow fading? Р3.9. How is radio propagation on land different from that in free space? What does a small delay spread indicate about the...
5.1 Determine the maximum and minimum spectral frequencies received from a stationary GSM transmitter that has a center frequency of exactly 1950.000000 MHz, assuming that the receiver is traveling at speeds of: (a) 1 km/hr; (b) 5 km/hr; (C) 100 km/hr; and (d) 1000 km/hr. 5.5 Given that the coherence bandwidth is approximated by Equation (5-39), show that a flat fading channel occurs when T, 2 10 04. Hint: Note that B is an RF bandwidth, and assume that Ts...