Hey James, thanks for this video! My question is for two-dimensional parities, what about the bit in the bottom right corner? does it server a purpose?
Yes, it does. Parity bits can be incorrect too. Count that vertically and horizontally for the parity bits as well. That number should make them even if it's even parity, odd if odd parity.
Clear and concise, thanks for your time creating this.
just wanna say thank you, very clearly explained, hope you are making more videos!
Thannk you very much bro
we are waiting for merch
6:09 I think you mean you have 3 not 4.
Regardless, great video. Thanks for the explanation
Thank you. you saved me!
Great explanation thank you man
Thanks Sir
thank you man...
Thanks
Hey James, thanks for this video! My question is for two-dimensional parities, what about the bit in the bottom right corner? does it server a purpose?
Yes, it does. Parity bits can be incorrect too. Count that vertically and horizontally for the parity bits as well. That number should make them even if it's even parity, odd if odd parity.
What if, in the last example, the bit underneath the error also changes to a 0? Then you can't determine the locations of the errors right?
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