The minimal distance tells us directly what the error detection and correction capacity of a code is, and so relates the correction capacity to th detection capacity and vice versa. a) If a code C is...

I need the answer as soon as possibleThe minimal distance tells us directly what the error detection and correction capacity of a code is, and so relates the correction capacity to th<br>detection capacity and vice versa.<br>a)<br>If a code C is 4-error detecting, what can we deduce about its minimal distance?<br>O The minimal distance is at least 5<br>O The minimal distance is at least 6<br>O The minimal distance is at least 4<br>O The minimal distance is at least 7<br>Submi<br>Unar<br>b)<br>And what can we say about the error correction capacity that C has?<br>O t is at least 4-error correcting<br>O It is at least 2-error correcting<br>O It is at least 1-error correcting<br>O It is at least 3-error correcting<br>Submi<br>Show<br>

Extracted text: The minimal distance tells us directly what the error detection and correction capacity of a code is, and so relates the correction capacity to th detection capacity and vice versa. a) If a code C is 4-error detecting, what can we deduce about its minimal distance? O The minimal distance is at least 5 O The minimal distance is at least 6 O The minimal distance is at least 4 O The minimal distance is at least 7 Submi Unar b) And what can we say about the error correction capacity that C has? O t is at least 4-error correcting O It is at least 2-error correcting O It is at least 1-error correcting O It is at least 3-error correcting Submi Show

Jun 11, 2022
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