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Please solve this question a new solution with all steps .I hope the handwriting is clear .look at the message no. Q2. A binary linear
Please solve this question a new solution with all steps .I hope the handwriting is clear .look at the message no.
Q2. A binary linear cyclic block code with a code length of n=14 has the generator polynomial
() = 1 + 2 + 6
- Determine the number of information and parity check bit bits for each code word.
- Draw the diagram of feedback shift register encoder for the Linear Cyclic code.
- Illustrate the encoding procedure with the message vector [ 11011110] by using the states of the register(the right most bit is the earliest bit) and obtain the final code word.
- Devise a syndrome computation circuit for this code. Let r=[11010011001010 ] be a received vector. Compute the syndrome of r(t). Display the contents of the syndrome register after each digit of r has been shifted into the syndrome computation circuit.
- Verify the code word obtained in part c polynomial division method
- Compare the syndrome computation performed part d by performing polynomial division method
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