Solving the problems

Solving the problems
1) We found the knowledge from the report of Manchester PHD.
The chromosome consists n bits delays and n bits weights .
For example 4bits delays and 4bits weights

delays_encoded(i,:)=Population(chromosome,[gene:gene+3]);

weights_encoded(i,:)=Population(chromosome,[gene+4:gene+7]); 

gene=gene+8

2) 4 bits delays  

0000    1               

0001    2              

0010    3

0100    4

1000    5

0011    6

0101    7

0110    8

1001    9

1010    10

1100    11

1011    12

1101    13

1110    14

 0111   15

 1111   16         

3) 4 bits weights  

 0000   8             

0001    7              

0010    6

0100    5

1000    4

0011    3

0101    2

0110    1

1001    0

1010    -1

1100    -2

1011    -3

1101    -4

1110    -5

 0111   -6

 1111   -7

4) we found we should also change the delay and weight value in the XOR train code. So code will be successful.



5)

This figure we found came from the report of PHD. We thought  was very important. So we show this figure.