could anyone help me to find the solution for the issue

could anyone help me to solve the issue for the following code: G_part=[5 9 0 0 5; 2 6 0 0 4] G_part=[0 0 4 2 0; 0 0 3 1 0] P_part=[1 3 0 0 2; 4 5 0 0 6] P_part=[0 0 5 7 0; 0 0 6 8 0]

for j=1:size(G_part,2)
for i=1:size(P_part,1)
throughput(i,j) =(C.*log2(1+(P_part(i,j)).*(G_part(i,j))))
end
end

for the above code the throughput was calculated with respect to G_part=[0 0 4 2 0; 0 0 3 1 0] and P_part=[0 0 5 7 0; 0 0 6 8 0]

could anyone tell me how to calculate the throughput with respect to

G_part=[5 9 0 0 5;
       2 6 0 0 4] and
P_part=[1 3 0 0 2;
       4 5 0 0 6]

[KSSV]

surprising......and funny question. It is not clear.

Answer 1

[KSSV]

YOu need not to use a loop:

G_part=[5 9 0 0 5;
    2 6 0 0 4] ;
P_part=[1 3 0 0 2;
    4 5 0 0 6] ;

throughput =(C.*log2(1+(P_part).*(G_part)))

[Prabha Kumaresan]

ok.But I having n number of G_part and P_part.the throughput expression is considering the last G_part and P_part.Could you please tell me how to calculate the throughput for all the G_part and P_part.

[Prabha Kumaresan]

The following code which I am trying to solve:
G_part=[5 9 0 0 5;
        2 6 0 0 4]
P_part=[1 3 0 0 2;
        4 5 0 0 6]
G_part=[0 0 4 2 0;
        0 0 3 1 0]
P_part=[0 0 5 7 0;
        0 0 6 8 0] 
G_part=[0 0 1 5 0;
        0 0 4 1 0]
P_part=[0 0 3 4 0;
        0 0 5 6 0]  
G_part=[1 2 0 0 7;
        3 4 0 0 6]
P_part=[3 4 0 0 1;
        7 8 0 0 2]
G_part=[0 0 1 6 0;
        0 0 4 5 0]  
P_part=[0 0 3 4 0;
        0 0 5 6 0]
C=20; 
throughput =(C.*log2(1+(P_part).*(G_part)))

I want to calculate the throughput for all G_part and P_part.But when i run the code it is considering the G_part and P_part at the last.Could you please help me how to calculate the throughput with respect to the remaining G_part and P_part from the beginning.

[KSSV]

Read about cell or 3D matrix.

G_part{1}=[5 9 0 0 5;
        2 6 0 0 4] ;
P_part{1} =[1 3 0 0 2;
        4 5 0 0 6] ;
G_part{2}=[0 0 4 2 0;
        0 0 3 1 0] ;
P_part{2}=[0 0 5 7 0;
        0 0 6 8 0]  ;
G_part{3}=[0 0 1 5 0;
        0 0 4 1 0] ;
P_part{3}=[0 0 3 4 0;
        0 0 5 6 0]  ;
G_part{4}=[1 2 0 0 7;
        3 4 0 0 6] ;
P_part{4}=[3 4 0 0 1;
        7 8 0 0 2] ;
G_part{5}=[0 0 1 6 0;
        0 0 4 5 0]   ;
P_part{5}=[0 0 3 4 0;
        0 0 5 6 0] ;
C=20;
N = length(G_part) ;
throughput = cell(N,1) ;
for i = 1:N
    throughput{i} =(C.*log2(1+(P_part{i}).*(G_part{i}))) ;
end