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@Degadrn

11 ай бұрын

Where is the solved answer of this question,s

I searched a lot for COA and ended up here. I must say that I am enjoying every bit of the lecture.

lecture starts at 9:25

@HaiderAli-co9jl

2 жыл бұрын

Use sponsor block by ajay

@jagdeepsingh-bu5mt

Жыл бұрын

@@HaiderAli-co9jl use youtube vanced

You mentioned in the video that you can recommend this video if it contains any good thing .Yes sir ,you have explained the concept of smallest normalised value and this was asked in gate 2021 set 2 same concept.Must watch this video to grasp ieee 754 format concept.well explained.

Teacher like you is just my parents and guardians and mentor ❤️❤️❤️

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Thank You Sir for these lectures!!✨

Great Sir, your explanation is amazing

Sir you are the best, thank you sir for helping us

Lectur 3 completed thank u sir for your efforts

thanks for this quality lecture, it was very helpful. :)

Thank you sir....your explaination is very helpful

Great lecture...loved it..

thankyou so much sir the best lecture on IEEE

Really helped... Well explained

Thanks a lot for this course.

Great sir and thank you so much

amazing playlist

Awesome explanation of Denormalization form .... Actually floating point fully explained in very depth as well as very basic also....No where you will find COA in such manner in INDIA ...Thank yoy sir.

Behatreen explanation Guru ji

7:52 starting time

Best teacher for coa and os

superb class ..thank you sir

Best lectures of COA

(1.0) Base 10 == IEEE 754 single precision floating point representation -> 0 01111111 00000000000000000000000

@MChanakya

8 ай бұрын

Thanks for this comment. It made me realize where I was doing mistake which led to better understanding of the concept.👍

@aniltandivitb4482

Ай бұрын

Thanks bro , it gives me actually for verification, finally it's same with my one

Great series

thank you so much

Aisi lecture kahi nahi milegi yaar

nice lecs for revision

Super lecture and learning

Superb sir 🔥🔥🔥❤️

superb lecture

first homework question answer : 00111111100000000000000000000000 {two zero 7 times one 23 times zero}

@HimanshuSharma-vn4ev

2 жыл бұрын

I also got the same answer.

@prajwalm.s7976

Ай бұрын

Correct

In IEEE 754 format, which bias is correct, 1s complement or 2s complement?

DISADVANTAGE - it cannot store 0 and some smaller values (underflow) region

thank you so much sir!

I don't even got this thing in standard books ,thanks a lot sir ❤️

@debkantamishra393

Жыл бұрын

Bro you will find this in digital logic book 😂 not in coa books

Sir max normalise value is 104 or (2^24-1)2^104

❤❤❤❤❤💖💖💖💖💖always great teacher......

35:00 In ieee single precision in 8 bit the number range is from -128 to +127 if we use +127 for biasing then E= 0 will be -127 and e=-128 will be of no use.38:27 if we use -128 then it Should be stored because we r taking -127 as 0 ,-126 as 1

@jayesh5691

Жыл бұрын

hey i have the same doubt ,if you got any solution to this then pls reply

@mvenkataadityaprakash9485

5 ай бұрын

Same doubt here

@Arunava_Sar

4 ай бұрын

-127 to +126, please correct

thanks sir....lots of loveeee 💌💌

Why have not you taken further more 0s added with the actual " NANTISSA" , while retrieving the real BINARY value ??????? Please respond

quality lecture

Nice

Started @ 9:00

Sir please provide PPT notes

How can I get notes of lecture

What is the difference between the two maximum value question at the end. I understood the latter question of normalised maximum @1:01:52 but in former question @1:01:49 is it in the context of denormalized maximum value, if not then what??

@shivamgajjar3381

7 ай бұрын

I think so too it refers to the biggest value hence it will be +infinite

@kruthikaparamesh1235

Ай бұрын

What is the answer for normalised maximum?

Ans3. 18388608 X 2^118

❤

53:45

thank u so much sir 💖

@user-dp8sg4fx4o

2 жыл бұрын

Are u making notes buddy?of COA

@mrunmaidahare8477

2 жыл бұрын

@@user-dp8sg4fx4o Yes just doing it now..

@36garimapandey12

2 жыл бұрын

Home work questions k answer kya aaye h?

9:20

1st ans- 3F800000

me thinking about 10+ lakh package.... and sir give us 2x - 3x - 5x - or 10x where x=2775 or 1770 1:05:28 🤦‍♂🤦‍♂

3F800000 2^104* (2^24-1)

@nottheradbrad184

2 жыл бұрын

bro your hexadecimal code is wrong, it is 7F7FFFFF

@MChanakya

8 ай бұрын

@@nottheradbrad184 His Hex code is for IEEE-754 32bit representation of decimal 1.0 , and it is correct.

@MChanakya

8 ай бұрын

Thanks for the comment. It helped me to understand the concept better.👍

Sir , why bias is 127 not 128

@abhay-zw3yw

2 жыл бұрын

sir said , its standardised .....2^7-1 , we substract one from 128

@udhamsingh8977

2 жыл бұрын

-0 and +0 both consider as 0 so It will be subtracted 1

Sir At 20:00 how mantisa is 0 when you told us in previous lecture that mantisa can't be all zero ?

@shwetayagnik2772

2 жыл бұрын

Mantissa can not be all zeros in the case of explicit normalization as there we need first bit after point as 1.

Chalo yeto fix ho gaya clg me jo teacher samjhate vo kisi ko samjh nahi aata 🥲 COA

Ans 1. Ox3FA00000

first ans - 0 01111111 000....00(23-times)

The ans of (1.0) is 001111111000.....0

how will represent 1 in IEEE-754 as it will have E= all 0's and M=all 0's in implicit normalisation

@MChanakya

8 ай бұрын

No. Write down the formula and then think about it. Resultant value must be 1. It will have M=0s (all) but not E=0s. E - bias should be 0. So, E's resultant value should be 127 (equal to bias in 32-bit IEEE-754 representation). Therefore, E = (01111111) in binary or 127 in decimal.

Question 1:+infinity

I searched a lot for COA and ended up here. I must say that I am enjoying every bit of the lecture.

Thanks sir for this video

9:25

8:27