Floating point representation - IEEE 754

[@vishwable]

I really appreciate your explanation sir...I never understood this topic from any lectures or books, but this single video has helped me a lot...thanks !

[@filtrakioldhorborn]

thank you indian man!
you explained it way better than any professor out there

[@aeindiraelangovan6115]

Excellent compilation!! Very easy to catch and patch up ...thanks so muchhh

[@ayite8163]

I tried to re-like the video at least 10 times while watching

[@carryginati1528]

Even google/YT is trying to stop u form doing that sin

[@kaushiksai1201]

which means you unliked the video at least 4 times..!!

[@hardikjade7528]

@Kade Reyansh It is Scam

[@IoTLearner]

Lecture ends at 10:49 if u are short of time..

[@satishchandramedi9729]

To be more precise if you are preparing for GATE then you should watch full video as conceptual questions (like what is least possible number represented using IEEE 754) will be asked in GATE.... If you are preparing for college sem exams then you could just end at 10:49

[@zaidshaik4180]

some time you say don't fallow any blindly,but ur saying fallow blindly very funny ,,, but there is good comedy .thank you entertaining us with your jokes sir!!!!!!thank you very much!!!!!!

[@serhiikravchuk7107]

Thank for the video, it`s great. You are one of those people who make world better!

[@tabaresweddingfilms]

thanks for the organization, helps understand a complicated subject like this a lot

[@ThorIsBoss]

Outstanding. Exactly what I needed.

[@akshitaagrawal1938]

Usually i don't comment anyone but yes this is something that deserves a lot of appreciation. Thanks a ton!

[@syedarbaz3781]

I think....tmko kbhi acha techr ni milaa.......

[@computerscienceandfuture1819]

Too much confusion. Take too much time to explain a little things

[@syedarbaz3781]

@@computerscienceandfuture1819 ya exactly....i can explain this in a video of hardly 7-8 min

[@shrikantpatil3377]

Very good lecture and got cristal clear idea about ieee

[@gudipatipavankumar7950]

THE BEST LECTURE I LISTENED

[@michaelraum3393]

This guy is just awesome.

[@Ankit-we8ym]

Amazing lectures for learners

[@josephgeorge1243]

Excellent teaching ability !!!!!!!!!!!!!!!!!!!!

[@FiscalFrontNet]

finally i got something which is really helpful

[@venkatk8420]

Very Good Explanation ,Thank you

[@chiragvaghela07]

Amazing explanation! Your explanation of WHY behind every question is like bonus for us. Thanks a lot Sir!

[@AbhishekKumar1902]

why did people dislike this video, any reasons? This is such a great explanation!!

[@jonathangauthier9833]

Maybe it's about his pronunciation but it helped me.

[@ronniecook8956]

how is 8 bit signed exponent represented in excess 128 as opposed to excess 127 and does it change the formula for (-1)^s * 2^(E-?) * 1.M? What about NaN and infinity?

[@decentralmultiverse6719]

Why exponent field can't have all zeros? @16:43

[@snizhana372]

thank you for your video. it is really gooed explained.

[@kavithap261]

nice sir.thanks for the real explanation.

[@premshankar5967]

Made it very easy.
Thank u so much sir:)

[@engrwaqas86]

liked the part: "My dear processor" :)

[@kanchivarshney5548]

Explanation on the reasons were really very confusing.. Otherwise nice efforts by the teacher... Thnk u...

[@shrutisuresh7316]

Sir can you explain why exponent cannot be all 0s?

[@bhuvi22]

Please help to get this solution
my question is: what's the( max-min) range of values in 32-bit precision addition and multiplication and same for 64-bit precision in floating point ?

[@_azeem_muzammil]

what is the maximum exponent and minimum exponent of single precision and why?

[@sudipmahanti3761]

Just awesome. 🙏🙏🙏🙏🙏

[@jannetr8752]

How do you get 32+8 for 00101000?? Pls explain...

[@cuteishi_garg]

THANKU SIR

[@Wrtvrxgvcf55]

Amazing video! You have a well deserved Liked

[@sharmavaibhav07]

Very Informative. Thanks a lot.

[@htanwar922]

thank you

[@DB09198523]

1.M representation will also have different patterns for same number. I don't see how that is being avoided.

[@nehalbhanushali1373]

ruclips.net/video/4H9iwdqrSiY/видео.html

[@satyarthpandey2941]

Thank You sir!!

[@chagantisubhash]

Great explanation. But videos order is wrong. This video is duplicate.

[@khalilmeziane5584]

how i cancompter sur IEEE754

[@pramod0294]

In mantissa we r taking msg or lsb paring???

[@sayanbanerjee1047]

Good!! But the pronunciations are more awesome!! MAAAAAANTISSA!

[@govindakumar-wb7nq]

how to solve this 35.5*10 ki power - 10

[@khalilmeziane5584]

how i can compter in IEEE754

[@vinayak8594]

Sir I want notes for deadlock in operating systems
Please sir provide me a notes

[@Hantick]

Very helpful!

[@twinklekhurana9214]

Thnku sir

[@poojakundu2019]

Knowledgeable

[@mathai5456]

I would like to suggest you to organize your lecture in more systematic way. You are taking too much effort and too many subject jargons to explain a thing which is commendable but it cause confusion. Also I suggest use a bigger board so that u need not erase precious notes. Having said that this is all prerogative.

[@mayanksinghal6261]

1.11 * 2^(-127) will be ???

[@gladyouseen8160]

14:25 there are 8 bits.so answer 2^8=256.but u kept 255

[@shreyashdeogade8869]

Glad you seen 255 is the largest binary number that can be represented with 8 bits. This is because the numbers start from 0. In order to represent 256, you need 9bits.

[@kerimaydn1238]

Please add subtitle

[@DipankarMondal-cn5gv]

Thank u sir

[@tejsw]

how to represent number 6.3*10^-23 using ieee754?

[@TheStrelok7]

ok how to convert 0.0059 any help

[@johnabraham7139]

I think it's 0 01111111 00000001100....0. after expanding 1.0058

[@arunsprasad3925]

sign ->0 for positive
.0059×2^8=1.5104
so we need to make value (127-8=119) in 8 bit exponent {01110111}
we need to make a 1.5104 in mantissa 1 is already exist so .5104 is required. there is a minor error in the value
you'll check in this site
www.h-schmidt.net/FloatConverter/IEEE754.html

[@pankajverma655]

sir kindly let me know Topics for following syllabus (Digital Logic: Logic functions, Minimization, Design and synthesis of combinational and sequential circuits, Number representation and computer arithmetic (fixed and floating point).)
Specially for Number representation and computer arithmetic (fixed and floating point)

[@miltonanthony6513]

30:52 "I will tell you the reason for that"
When are you planning to tell? The video has ended :/

[@wahalaq36]

Watch a couple of your tutorials and thks

[@kajalsingh6723]

Ur beard is very mast

[@vikashkumarsingh7861]

I coudnt tell? Bsdk pdhana chhod de tu

[@foufou7271]

serioously can you speak better than that ? we know that you are indian but at least try

[@anamicaa6177]

not every Indian talks like that's a south Indian accent lmao. also if he wants to talk like that he Will talk like that if you don't understand it go watch another video lol

[@miltonanthony6513]

Buzz off racist

[@sreenath9587]

English is just another language.. He's a graduate from IISc, one of the top most colleges in the world..that's enough to measure his knowledge 👍👍

[@brahamaggarwal1800]

Bruh will you stfu, If you don't like his accent then go watch another video, I seriously can't contemplate how ungrateful you are.