Identify the parity bit for the binary data 011 using odd parity system. Design a logic circuit for generating such parity bit for 3 bit binary information.
Answers
Answer:
The parity generator and parity checker’s main function is to detect errors in data transmission and this concept is introduced in 1922. In RAID technology the parity bit and the parity checker are used to guard against data loss. The parity bit is an extra bit that is set at the transmission side to either ‘0’ or ‘1’, it is used to detect only single bit error and it is the easiest method for detecting errors. There are different types of error detection codes used to detect the errors they are parity, ring counter, block parity code, Hamming code, biquinary, etc. The brief explanation about parity bit, parity generator and checker are explained below.
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Answer:
Answer:
The parity generator and parity checker’s main function is to detect errors in data transmission and this concept is introduced in 1922. In RAID technology the parity bit and the parity checker are used to guard against data loss. The parity bit is an extra bit that is set at the transmission side to either ‘0’ or ‘1’, it is used to detect only single bit error and it is the easiest method for detecting errors. There are different types of error detection codes used to detect the errors they are parity, ring counter, block parity code, Hamming code, biquinary, etc. The brief explanation about parity bit, parity generator and checker are explained below.
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