Question 1: Design the Hamming error correcting code for a nibble, Derive the G and E matrix and list all the possible values of S and what they mean. Question 2: Use the results from question 1 and show examples of what happens when a nibble is received without errors and when a nibble is received with an error. Question 3: How can the Hamming error correcting code be improved? What are the improvement(s) and implications?
E means message = 1010 ( as per solved above)
P1=S1= =1: positions checked for even parity positions 1,3,5,7
P2= S2= 0 : positions checked for even parity positions 2,3,6,7
P3= S3= 1 : positions checked for even parity positions 4,5,6,7
(s1s2 s3) =( 1 0 1)
Matrix
G= [ E1G ]
E2G
E3G
E4G
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