. Suppose we want an error-correcting code that will allow all single-bit errors to be corrected for memory words of length 10. 4 How many parity bits are necessary? Assuming we are using the Hamming algorithm presented in this chapter to design our error-correcting code, find the code word to represent the 10-bit information word: 1001100110. Using the CRC polynomial 1101, compute the CRC code word for the information word, 01001101. Check the division performed at the receiver.
. Suppose we want an error-correcting code that will allow all single-bit errors to be corrected for memory words of length 10. 4 How many parity bits are necessary? Assuming we are using the Hamming algorithm presented in this chapter to design our error-correcting code, find the code word to represent the 10-bit information word: 1001100110. Using the CRC polynomial 1101, compute the CRC code word for the information word, 01001101. Check the division performed at the receiver.
Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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Transcribed Image Text:41
Suppose we want an error-correcting code that will allow all single-bit errors to be corrected
for memory words of length 10.
●
How many parity bits are necessary?
Assuming we are using the Hamming algorithm presented in this chapter to design our
error-correcting code, find the code word to represent the 10-bit information word:
1001100110.
Using the CRC polynomial 1101, compute the CRC code word for the information word,
01001101. Check the division performed at the receiver.
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Step 1: Determining the Number of Parity Bits for Error-Correcting Codes Using the Hamming Algorithm.
VIEWStep 2: Finding the Code Word for an Information Word Using the Hamming Algorithm.
VIEWStep 3: Finding the Code Word Using the Hamming Algorithm for a Given Information Word
VIEWStep 4: Computing CRC Code Word and Checking Division for a Given Information Word and Polynomial
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