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7.9 all parts Coding Theory: A First Course 7.9 Based on Example 3.4.13(ii), determine the following: (a) the number of binary cyclic codes of length
7.9 all parts Coding Theory: A First Course
7.9 Based on Example 3.4.13(ii), determine the following: (a) the number of binary cyclic codes of length 21; (b) all values k for which there exists a binary [21, k]-cyclic code; (c) the number of binary [21, 12]-cyclic codes; (d) the generator polynomial for each of the binary [21, 12]-cyclic codes. 7.9 Based on Example 3.4.13(ii), determine the following: (a) the number of binary cyclic codes of length 21; (b) all values k for which there exists a binary [21, k]-cyclic code; (c) the number of binary [21, 12]-cyclic codes; (d) the generator polynomial for each of the binary [21, 12]-cyclic codesStep by Step Solution
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