Sir, with due respect you teach really well but, it would be more appreciable if you could write(just examples) along with the video lecture i.e. when you are actually speaking please solve the question in that duration only. Otherwise it seems very vague to understand and interesting video turns into simple class lecture. It's my opinion, I have notices it in DBMS lectures as well. Hope you will consider it
Hello Sir..I think there is a mistake in your video. In morris mano book it is mentioned that the most significant digit of the mantissa should be non-zero but you are saying opposite of it. Please let me know if am wrong.
nice concept of 2 rules to check whether floating point number is in normalized form or not: 1) integer part should be 0 2) in 0.d1d2d3....... d1 > 0 and all other d2,d3,d4,.....>=0
its valid, he has represented the smallest possible positive floating point value in the floating point notation. < significand > eg: smallest positive floating point value = [0][0000 0000][0000 0000 0000 0000 0000 000] exponent = (0 - 128) = -128 significand = 0.5 so smallest +ve value = 0.5 x 2^-128, which is very close to 0 but still +ve Hope it helps
Then you will have to utilize one bit as a sign bit because the range will be from -1 to +254. It defeats the point of adding because you will still only be able to utilize 7 bits. You can add 127 if you are normalizing by making the mantissa 1 not 0
a good teacher is that who teaches everything without any notes or ppt... this teacher is an example of the worst teacher... English reading is normal nowadays and this is what he is doing
Sir, with due respect you teach really well but, it would be more appreciable if you could write along with the video lecture i.e. when you are actually speaking please solve the question in that duration only. Otherwise it seems very vague to understand and interesting video turns into simple class lecture. It's my opinion, I have notices it in DBMS lectures as well. Hope you will consider it
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Thanks a lot. . best lecturer I have ever seen on RUclips
You teach way better than my teacher!! Keep up the good work!! Thanks for the explanation :)
hahahahaaa... ab samajh gaye aapke teacher... ye sir toe copy cat he...
Tmhare master ka naam sudhasil dee hai kya?
Sir, with due respect you teach really well but, it would be more appreciable if you could write(just examples) along with the video lecture i.e. when you are actually speaking please solve the question in that duration only. Otherwise it seems very vague to understand and interesting video turns into simple class lecture. It's my opinion, I have notices it in DBMS lectures as well. Hope you will consider it
Bhkk
this video was better than nptelhrd which i watched previously
12:31 there should be (1-2^(-24)) also there in range specification graph.
ya exactly
That is equivalent to 0.1 in binary and 0.5 in decimal
Then in graph is it wrong bro.....
Then what is the maximum value
bro, we all know that... it was typo... don't point unnecessary things... appreciate the effort...
That "why" part finally making sense. Thanks a lot
2^10=1024,which means that after 1 we are having 10 zeroes. And 1023 can be written in binary as 9, 1s'.
thank you indian man i love you
Hello Sir..I think there is a mistake in your video. In morris mano book it is mentioned that the most significant digit of the mantissa should be non-zero but you are saying opposite of it. Please let me know if am wrong.
yeah i read the same in another book
Yaa bro I am also confused from that please suggest me.
Mantissa is the part after point (.) which must be non zero and he has written it in the normalized rule...
You are exceptional sir.👏
Great explanation!
bias should be +127 instead of 128!
you can use 127 with 1.M OR 128 with 0.M the final result will be the same // M is the trancated significand
As there are 8 bit space in biased exponent , so we should consider 8 not 128 or 127 in range specification. Correct me if I am wrong.
Excellent your so chill. That's super
9:49 change playback speed to slow 0.25 and be stress free:)))
hello sir there are some mistakes in ur videos, normalised part, bias part...
Excellent sir.
Sir I don't get this ☹️☹️
nice concept of 2 rules to check whether floating point number is in normalized form or not:
1) integer part should be 0
2) in 0.d1d2d3.......
d1 > 0
and all other d2,d3,d4,.....>=0
Mujhe doubt lga RHA hai, ye galat hai Kya ??
Excellent teaching . keep it u sir and thank you very much sir
bengoli
rossogulla,mistidoi, 1:44 vaan jeero vaan jeero
i have question ..is a number to be normalized the 1st digit must zero
Gone over my Brain
easy explaination
Very clean explanation 🙏🎉
Sir ur teaching is good.but the white board is not clear.plz make the white board clear so that we can see the main examples
Can you make the focus to be on the board. Its usually not clear. Thank you Sir
what kind off questions will come in exam?
Awesome video so far seen!
anyone here after listening to your eecs prof butcher the explanation for this?
Thank you sir
big fan sir. GG
the positive range value is (2^24-1) but u mentioned (1-2^24)
thanks
really nice video but the sound was a bit low.. I had to push the headphones towards my ears..
those who are not concentrating on the video and instead are reading the comments
Op 🥳🥳🥳
12:25 you have mixed 0.5 i.e. decimal representation and 2^-128 i.e. binary representation in single graph. How can this be valid?
its valid, he has represented the smallest possible positive floating point value in the floating point notation.
< significand >
eg: smallest positive floating point value = [0][0000 0000][0000 0000 0000 0000 0000 000]
exponent = (0 - 128) = -128
significand = 0.5
so smallest +ve value = 0.5 x 2^-128, which is very close to 0 but still +ve
Hope it helps
@@kidgroovie 😩
Sir padhane nhi aata to kahe laa video banadete hai( similar to sudhasil dee)
you should add 127 ,not 128
Then you will have to utilize one bit as a sign bit because the range will be from -1 to +254. It defeats the point of adding because you will still only be able to utilize 7 bits. You can add 127 if you are normalizing by making the mantissa 1 not 0
Bhaiya jor se boli
Earphone local use krna bnd kr
Kan kharab hai Kya be
Ghr me loud speaker 📢 lgva le
a good teacher is that who teaches everything without any notes or ppt... this teacher is an example of the worst teacher... English reading is normal nowadays and this is what he is doing
hindi me padha dia karo bhai
Sir, with due respect you teach really well but, it would be more appreciable if you could write along with the video lecture i.e. when you are actually speaking please solve the question in that duration only. Otherwise it seems very vague to understand and interesting video turns into simple class lecture. It's my opinion, I have notices it in DBMS lectures as well. Hope you will consider it