How to solve AES example? | AES Encryption Example | AES solved Example | AES Example solution

How to solve AES example? | AES Encryption Example | AES solved Example | AES Example solution

Chirag Bhalodia

2 года назад

75,171 Просмотров

Ссылки и html тэги не поддерживаются


Комментарии:

@abdulrehmanashraf2868
@abdulrehmanashraf2868 - 05.07.2022 08:18

DES b bta do

Ответить
@abdullahalwawi5559
@abdullahalwawi5559 - 28.08.2022 02:14

Thanks sir
The best AES video i watched so far

Ответить
@naveennayak989
@naveennayak989 - 22.09.2022 17:20

Sir how did you write S Box permutation table?
will they give the table or prepare our own like the table in video 16*16?

Ответить
@forgodalone7416
@forgodalone7416 - 12.12.2022 18:45

Why does 03 hex binary value keep changing from 0000 0011 to 0000 0110?

Ответить
@jephinjohn1695
@jephinjohn1695 - 22.01.2023 08:39

Is the round key already defined or we are manually setting it for our project? And X^8 = x^4+x^3+x right? 1 is not there yeah? Like 1 was already there before using irreducible polynomial

Ответить
@tabasamalam5868
@tabasamalam5868 - 04.02.2023 09:52

What a great explanation with slide show. Thanks a lot 👍👍

Ответить
@TheFkntool
@TheFkntool - 21.05.2023 07:36

Awesome vid man - good work

Ответить
@Soccersillies
@Soccersillies - 17.06.2023 17:18

Sir please make a video on how to generate a 128 bit key

Ответить
@ShaanzeBasharat
@ShaanzeBasharat - 20.06.2023 15:33

thankyou so much

Ответить
@shabeersyslab877
@shabeersyslab877 - 20.06.2023 23:26

amazing dear, great explanation <3

Ответить
@1702_4GreenSarker
@1702_4GreenSarker - 21.06.2023 18:25

very good explanation .👍 It is the best video for understanding AES 👍

Ответить
@ThefamousMrcroissant
@ThefamousMrcroissant - 02.07.2023 23:28

Damn, really rigorous! Great explanation.

Ответить
@muhammadshaban3477
@muhammadshaban3477 - 16.07.2023 12:39

From where predefined matrix came? Whether it is given in question or we assume randomly in question?
Can anyone tell?

Ответить
@crippledmind
@crippledmind - 18.09.2023 22:51

Best video.. ❤should have done key expansion also

Ответить
@sambangialekhya4488
@sambangialekhya4488 - 06.11.2023 10:52

sir
could u explain how did we get 47 for 01000111

Ответить
@s974y9
@s974y9 - 12.11.2023 23:07

I’ve never seen a perfect explanation like yours, thank you so much 🤍🤍🤍

Ответить
@rabiasaif5191
@rabiasaif5191 - 07.01.2024 14:34

Thanku Soo much..I searched all the lectures on you tube..but it was the best❤❤

Ответить
@ilmofworld4823
@ilmofworld4823 - 14.01.2024 10:56

WHERE IS YOUR ADD ROUND KEY

Ответить
@ranarajput206
@ranarajput206 - 20.01.2024 15:48

Thanks 😊

Ответить
@NousaWaleed-i1w
@NousaWaleed-i1w - 24.01.2024 00:09

good job

Ответить
@aaradhyakhanna399
@aaradhyakhanna399 - 16.02.2024 00:59

watched this one night before examination. Explaned simply with good slideshow. Thank you sir.

Ответить
@majetypraneeth7688
@majetypraneeth7688 - 23.03.2024 18:17

sir, can u tell me how we got the round key in step 4, and can u please tell me the question for this example

Ответить
@aliyahussain5040
@aliyahussain5040 - 24.03.2024 15:37

Best video

Ответить
@vishwabiradar96
@vishwabiradar96 - 02.04.2024 18:38

Hii Sir , Vishwa here
Sir what u took the value of 46 in binary is wrong if we convert it into decimal its 70 the binary for 46 is 0010 1110

Ответить
@mahnoorbatool2095
@mahnoorbatool2095 - 07.04.2024 16:37

Literally amazingg ❤❤❤❤

Ответить
@Cric_forevers
@Cric_forevers - 18.05.2024 06:01

Tysm Bhai, u made my day

Ответить
@ranausama5001
@ranausama5001 - 20.05.2024 13:21

Last step ma Round key matrix kasa aii Ya bata da😊

Ответить
@sadiarizwan932
@sadiarizwan932 - 05.06.2024 23:36

Es main 10 rounds pory ho gae hain hain sir

Ответить
@QasimAli-l3s
@QasimAli-l3s - 21.06.2024 14:08

What a great explanation.

Ответить
@QasimAli-l3s
@QasimAli-l3s - 21.06.2024 14:09

What a great explanation.

Ответить
@QasimAli-l3s
@QasimAli-l3s - 21.06.2024 14:09

What a great explanation.

Ответить
@QasimAli-l3s
@QasimAli-l3s - 21.06.2024 14:09

What a great explanation.

Ответить
@abdulghani9596
@abdulghani9596 - 23.06.2024 10:35

Can you in last step how ac 77 comes mean 47 xor AC how ac comes?

Ответить
@mrdaring2225
@mrdaring2225 - 17.07.2024 23:42

Thanks

Ответить
@emy1594
@emy1594 - 19.08.2024 00:40

This is amazing, thank god i found your video ❤

Ответить
@harinibk9842
@harinibk9842 - 21.08.2024 17:28

sir will the question be asked in the 4x4 matrix FORMAT like u mentioned in the beggining? (EA , 04) or a plaintext will be given in different format?

Ответить
@rabailkayani1122
@rabailkayani1122 - 29.09.2024 08:35

sir what was the plain text

Ответить
@akshaynautiyal1602
@akshaynautiyal1602 - 15.10.2024 23:32

thank you so much

Ответить
@ranawaqasnaveed3884
@ranawaqasnaveed3884 - 19.10.2024 12:03

To express *87 (decimal)* in *irreducible polynomial form* over \( GF(2) \), we need to:

1. *Convert 87 to Binary:*
87 (decimal) = *1010111* (binary).

2. *Interpret the Binary as a Polynomial:*
In **GF(2)**, each bit represents a coefficient of a polynomial. For example:
- \(1x^6 + 0x^5 + 1x^4 + 0x^3 + 1x^2 + 1x^1 + 1\).
- This simplifies to:
\(x^6 + x^4 + x^2 + x + 1\).

3. *Polynomial Representation of 87:*
The binary *1010111* corresponds to the polynomial:

\[
x^6 + x^4 + x^2 + x + 1
\]

---

### *Summary*

So, the irreducible polynomial form of *87 (decimal)* is:

\[
x^6 + x^4 + x^2 + x + 1
\]

This polynomial can be used in AES or other algorithms requiring operations over finite fields \(GF(2^8)\).

Ответить
@MOSHIURRAHMANVLOG
@MOSHIURRAHMANVLOG - 25.10.2024 17:24

Thanks for this amazing explanation sir 🤒🤲💙

Ответить
@rayyanhussain3256
@rayyanhussain3256 - 06.11.2024 00:16

thanks g

Ответить
@vanshsuvarna4445
@vanshsuvarna4445 - 09.11.2024 18:51

was just gonna skip the video because of being so long but this was the best explaination i've got so far...thank you so much sir!

Ответить
@alperkaraca5352
@alperkaraca5352 - 13.11.2024 00:14

thank you very much sir

Ответить
@mohamedessam3442
@mohamedessam3442 - 19.11.2024 06:05

Sir can you give me the slides of this video plesse ?

Ответить
@ManjeeraBolisetty
@ManjeeraBolisetty - 04.12.2024 22:06

Sir, how do you got round key matrix

Ответить
@waveylayz
@waveylayz - 07.12.2024 09:26

Thanks

Ответить
@cii437
@cii437 - 10.12.2024 13:38

❤❤❤❤❤

Ответить
@SaraKhan-h8n
@SaraKhan-h8n - 11.12.2024 20:24

Outstanding Explaination 100/100👌🏻

Ответить