Great video. You just denoted the hamming code representation the other way round the p1 bit is supposed to be the rightmost and vica versa. If that is not taken care of while solving a question one may declare a valid hamming code to be invalid!!!! So be careful and if possible write a note about it in the video.
I saw a lecture by 3B1B on Hamming codes and let me tell you... It was the most fking amazing thing I've ever watched. I understood everything in like 5 minutes.
🎯 Key Takeaways for quick navigation: Hamming code is capable of facilitating error detection and correction, unlike simple binary codes. In computer organizations, single bit errors are common, and Hamming code helps correct them. Parity bits are appended to the message for error correction. Two scenarios can occur: no corruption or one bit is corrupted. To handle errors, Hamming code requires 2^p patterns, where p is the number of parity bits, and 2^p >= p + M + 1, where M is the data size. Example: For 4 bits of data, 3 parity bits are needed. Parity bits are placed strategically to judge specific sets of data bits for errors. The receiver uses parity bits to determine which bit is corrupted and correct it. Hamming code allows for single bit error correction by pinpointing and correcting the erroneous bit. Made with HARPA AI
This is just the video I needed, no time waste, just the content with proper explanations, thank you very much for this video 🙏
Thank you so much! If only my university professors where this good at explaining stuff...
Brother I love you so much. You are king for explaining how to calculate these c1 c2 c3 c4 correction bits. I love you
Lovely explanation
Great video. You just denoted the hamming code representation the other way round the p1 bit is supposed to be the rightmost and vica versa. If that is not taken care of while solving a question one may declare a valid hamming code to be invalid!!!! So be careful and if possible write a note about it in the video.
no, he denoted it correctly. both of the ways re correct
How many of you came here after similar video in gate smashers?
That's me.. the concept wasn't made clear.. so I'm here
Me...
I don't like the camera vids so I come to this
My 4 years of university is wasted. I'd rather stay home and watch UA-cam in my next life.
Nice Explanation!!!
Sir please complete the series of python programming language
thank you for this Awesome material.
I am grateful to you...
very confusing example you have taken but you explained the concept nicely.
is it a same principle for 5 bites binary code or is there some diferent type of protecting code?
Wonderful explanation!!
Thank you, great video as always
I saw a lecture by 3B1B on Hamming codes and let me tell you... It was the most fking amazing thing I've ever watched. I understood everything in like 5 minutes.
halo everyone and welcome back
Thank you SO Much sirr!!!
sir i have a question ...can i start placing the parity bit from right side??
No one can match the previous guy who took this topic 🙂
talking about whom?
Give playlist
You suddenly become foreigner and suddenly south indian 😂 (voice)
You know you are a wonderful person , Thank you really 😍 ...
Thank you so much ❤
in behalf of the world,, thank you for posting these videos ,, and god bless india
great video! thanks!
🎯 Key Takeaways for quick navigation:
Hamming code is capable of facilitating error detection and correction, unlike simple binary codes.
In computer organizations, single bit errors are common, and Hamming code helps correct them.
Parity bits are appended to the message for error correction. Two scenarios can occur: no corruption or one bit is corrupted.
To handle errors, Hamming code requires 2^p patterns, where p is the number of parity bits, and 2^p >= p + M + 1, where M is the data size.
Example: For 4 bits of data, 3 parity bits are needed.
Parity bits are placed strategically to judge specific sets of data bits for errors.
The receiver uses parity bits to determine which bit is corrupted and correct it.
Hamming code allows for single bit error correction by pinpointing and correcting the erroneous bit.
Made with HARPA AI
Thank you
Is this correct ? Position named from right to left
Why are there only 3 c bits? What is transmitted? This is confusing
Because we use 7 bit data. So that equivalent value of 1 is 001
what is the most significant figure? 0110 is a poor example. is it right to left or left to right?
what if we want to transmit a message with 9 bits. How many c1,c2,c3... we will have ?
It's been explained in the next video😇
4
What do I do when M5, M6 and M7 are all = 0?
Awesome!
awesome
❤❤❤❤❤