Assume that in a gNB there will be 100 subscribers at 5Mbps 200 subscribers at 1Mbps 300 subscribers at 512 kbps and 400 subscribers at 256 Kbps Given 10MHz for a 5G cell. Assume d4=R the radius of the cell, d4- d3= d3-d2= d2-d1 and d1 =0.4R. Removing the Reference Signals (RS) in each of the PRB and then consider 30% of the total available Resource Elements (RE) will be used for control purposes (therefore not considering the removal of the 3 OFDM symbol anymore), Calculate the aggregated downlink throughput of this cell, Calculate the radius of this cell with user density 1000/km2 and the given average user data rate 1056kbps. Assuming a circular cell with an area of pR2. If twice as many handsets are distributed in this cell area, would the average rate be reduced to half or even
Assume that in a gNB there will be 100 subscribers at 5Mbps 200 subscribers at 1Mbps 300 subscribers at 512 kbps and 400 subscribers at 256 Kbps Given 10MHz for a 5G cell. Assume d4=R the radius of the cell, d4- d3= d3-d2= d2-d1 and d1 =0.4R. Removing the Reference Signals (RS) in each of the PRB and then consider 30% of the total available Resource Elements (RE) will be used for control purposes (therefore not considering the removal of the 3 OFDM symbol anymore), Calculate the aggregated downlink throughput of this cell, Calculate the radius of this cell with user density 1000/km2 and the given average user data rate 1056kbps. Assuming a circular cell with an area of pR2. If twice as many handsets are distributed in this cell area, would the average rate be reduced to half or even
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Assume that in a gNB there will be
- 100 subscribers at 5Mbps
- 200 subscribers at 1Mbps
- 300 subscribers at 512 kbps and
- 400 subscribers at 256 Kbps
Given 10MHz for a 5G cell. Assume d4=R the radius of the cell, d4- d3= d3-d2= d2-d1 and d1 =0.4R. Removing the Reference Signals (RS) in each of the PRB and then consider 30% of the total available Resource Elements (RE) will be used for control purposes (therefore not considering the removal of the 3 OFDM symbol anymore),
- Calculate the aggregated downlink throughput of this cell,
- Calculate the radius of this cell with user density 1000/km2 and the given average user data rate 1056kbps. Assuming a circular cell with an area of pR2.
- If twice as many handsets are distributed in this cell area, would the average rate be reduced to half or even lower? Why?
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