Representations of Floating Point Numbers

preview_player
Показать описание
COA: Representations of Floating Point Numbers
Topics discussed:
1. Representations of Binary Floating-Point Numbers.
2. Understanding the need for Normalization.
3. Understanding the Biasing technique of exponents.

Music:
Axol x Alex Skrindo - You [NCS Release]

#COAByNeso #ComputerOrganizationAndArchitecture #FloatingPointNumbers
Рекомендации по теме
Комментарии
Автор

Who is Neso Academy?
To the blind, he is the light.💡
To the starving, he is the bread. 🍞
To the sick, he is the cure. 💊
To the lonely, he is companion. 🙌🏼
To the sad, he is joy. 😁
To the prisoner, he is freedom. 🏃🏽⛓
To the poor, he is treasure. 🎁
For me, he is EVERYTHING.

On the real...This topic is gonna be in my computer science exam tommorow, and I don't really understand it, but here comes Neso Academy, saving uni students lol. Glad and grateful for your channel

mjordan
Автор

I pay tuition fee in campus but here is where I really get to learn .

kidstime...i
Автор

Your teaching way is so adorable I wish to god your growth increase so soon 🎉

SanjayRajpoot
Автор

Woaah!! 2.12M subs. You deserve it bro. Your channel popped out of nowhere in my feed. You're the one who made me pass so many of my subjects in college and you had very less subs at that time and I used to comment you'll be big and here you are. I'm also doing really fine now, having studied from your videos during college.

youarecorrectiamwrongbecau
Автор

One of the best free resources on the internet which are high quality.

saketkumar
Автор

this is so much easier to follow than my lecture - thank you !

thisstewisstu
Автор

God send you to help us through out our university exams and better understanding of concepts.... Just got a crystal clear concept after watching a video just 1 time .... Thanks a lot man 🙏🏻❤

TheNullDeveloper
Автор

Thank you so much for the great tutorials.

qurdedu
Автор

awesome tutorial for computer engineers thanks for making sir

semi-herif
Автор

in Biasing for 4 bit is 7(2^(n-1) -1), at 7:52 add 8 to all numbers in a range instead of 7!

KaviNila-kl
Автор

east or west, NESO academy is the best❤‍🔥❤‍🔥❤‍🔥❤‍🔥

badrinathshanmugaraman
Автор

Ok, explaied to understand where is it? What it is 🎉 thank god you are here

hoax
Автор

i loved it, thank you for your service sir!

herkonudabirfikrimvar
Автор

very nice explanation thank you so much.. .but i have a doubt...about implicit representation...why we shift decimal towards left in that??

aspirant
Автор

you are amazing . it was very helpull thank you a lot

Rosalie-pishii
Автор

How do we decide where to use implicit and explicit normalisation, like you used explicit for 0.0101 but implicit for 101.101?

Siddhartha.Chatterjee
Автор

could you explain more on why 2's complement is not used due to the ordering

babafunmiseadebowale
Автор

8:52 "Why there is a 10 bits fixed memory space?
is it for the decimal number system?
Or just for the 4 bit situation?
*What happens if there is a 32 bit situation??"
It would be a great help to clear my doubt..

jillurrahmanriyad
Автор

5:30 then what rhs means in definatiion you moved the radix to the left side

rishabh
Автор

at 10:55 i have a confusion i think if msb is 1 then sign should be 1 because number is negative if not then please explain me how to find sign ?? and how it is 0 in the mentioned timeline

VoxrPret