Consider a hexagonal cellular geometry with cluster size K=13 in Figure 1. Assume shift parameters i and j where j

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Please solve a) and b) showing all the necessary details
in each step of ur work. THe figure is also attached

Consider a hexagonal cellular geometry with cluster size K=13 in Figure 1. Assume shift parameters i and j
where j<i. Consider cells in each cluster with size K are denoted as 1, 2, 3, ..., 13. And, the cell labeled with A
is cell number 1 in each cluster. Assume that A is the desired cell of concern.
(a) Find the values of i and j so that the aforementioned conditions for K are satisfied, i.e., K=13 and j < i.
(b) Find all the co-channel cells of cell A (i.e., cell 1 in each cluster) in the first tier and label them with A in
Figure 1.
Transcribed Image Text:Consider a hexagonal cellular geometry with cluster size K=13 in Figure 1. Assume shift parameters i and j where j<i. Consider cells in each cluster with size K are denoted as 1, 2, 3, ..., 13. And, the cell labeled with A is cell number 1 in each cluster. Assume that A is the desired cell of concern. (a) Find the values of i and j so that the aforementioned conditions for K are satisfied, i.e., K=13 and j < i. (b) Find all the co-channel cells of cell A (i.e., cell 1 in each cluster) in the first tier and label them with A in Figure 1.
A
Figure 1. A hexagonal cellular geometry with cluster size K=13.
Transcribed Image Text:A Figure 1. A hexagonal cellular geometry with cluster size K=13.
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