Wireless Networking

Wireless Networking
Wireless Networking
Student’s Name
Instructor Name
Institutional Affiliation

Wireless Networking
Wireless Networking
Question One
Cell Splitting is the act of sub-partitioning a cell which is overcrowded into immaterial
cells, all with their different base position and a well-matched drop in elevated size/tallness and
transmission control. This swells the measure of the cell structure as it reinforces the occasions
that channels are utilized again and again (Obaidat, 2017).
As shown in the figure below, the zone which is attended by A is thought to be
overflowing with traffic. New base positions are in this manner required in the region to spout
the number of channels in the region so that they can lessen the area served by the solitary base
station. To be precise, A is confirmed by 6 new microcells; B, C, D, E, F and G (Zheng, 2019).
Figure 1 Diagram showing the cell-splitting process

Wireless Networking
Question Two
In this case, n is 12 and BW is 30MHz while R is about 2km. The number of channels
being controlled per cell is about ten with about eight users per channel.
a. Reuse Distance?
This is given by D = square root of (3n) which is multiplied by R.
b. The simplest channel has about 25 KHz.
In this, the bandwidth will be given by simplest channel multiply by the two
which is,
25*2= 50KHz.
The number of channels in any given cell will be given by 3000 divides by five
then subtract (10*12)
In this case, the two channels are multiplexed among eight operators; thus this
makes the no of the simultaneous calls that are supported by each cell to be given by;
c. The average no of calls which are requested per hour is supposed to be
sixty.
Since one hour has about 3600 seconds