In the realm of error correction, how does the Hamming distance contribute to determining the number of errors?
- Hamming distance helps determine the location and number of errors
- Hamming distance is unrelated to error correction
- Hamming distance is used to find synchronization errors
- Hamming distance is used to measure the error rate
The Hamming distance is used to determine the number and location of errors in error-correcting codes. It measures the number of differing bits between two binary sequences and helps identify the exact bit positions that need correction. A smaller Hamming distance indicates a better error-correcting capability of the code.
Loading...
Related Quiz
- When an error is detected using the Hamming code, what additional feature does it offer compared to other methods?
- When a device sends an ARP request, what information is it typically seeking?
- Which flow control mechanism allows a receiver to handle multiple frames before sending an acknowledgment?
- What is the main difference between subnetting and supernetting in terms of IP address management?
- Which IP addressing version uses 32-bit addresses, resulting in approximately 4.3 billion unique addresses?