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a. Using 6-bit codewords, design the following code sets. Write your following Hamming distances are achicved. i. umber of codewords $= 4;$ Hamming distance $= 3$ ii. Number of codewords $= 5$ ; Hamming distance $= 2$ b. For a code set with a Hamming distance of 5: i. What is the maximum number of errors that can be detected? Explain. ii. What is the maximum number of errors that can be corrected? Explain.

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a. Using 6-bit codewords, design the following code sets. Write your following Hamming distances are achicved. i. umber of codewords

= 4;

Hamming distance

= 3

ii. Number of codewords

= 5

; Hamming distance

= 2

b. For a code set with a Hamming distance of 5: i. What is the maximum number of errors that can be detected? Explain. ii. What is the maximum number of errors that can be corrected? Explain.

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