Скачать или смотреть RSA Exampled MU Dec Solved | n=91 and public key e=5 find the value of p, q, phi(n) and d using RSA

This video will walk you through an RSA example with n=91 and public key e=5. Learn how to find the values of p, q, phi(n), and d using RSA encryption and decryption. If you're looking to understand public key cryptography and the RSA algorithm, this video is for you!

In this video, we solve the RSA Exampled MU Dec 2023 and Dec 2022 question paper from Mumbai University 2024. Watch as we find the values of p, q, phi(n), and d using RSA encryption.

Dec 2023
Explain Public Key Cryptography and RSA algorithm. Given modulus n=91 and public key e=5, find the value of p, q, phi(n) and d using RSA. Encrypt M=25

Dec 2022
In an RSA system, given N = 91, e = 5. Calculate Φ(n), p, q and private key d. What is the cipher text when you encrypt message m = 25 using the public key. Also perform decryption

How to calculate mod using calculator
   • How to calculate mod using 991 ms and 991 ...  

Like 👍 Share and Subscribe my channel:
TRN CSE TUTORIAL
https://shorturl.at/bICq0

👇 Watch full playlist
Microprocessor 8086, ALP, 8255
   • 8086 Microprocessor, ALP and 8255 PPI  

Mumbai University Solved Microprocessor Questions
   • Mumbai University Solved Microprocessor Qu...  

Cryptography and System Security
   • Cryptography and System Security  

#cryptography #RSAaglorithm #networksecurity #numberthoery #numbersystemshortcuts



🔑 Search Keywords:
RSA Algorithm, RSA Algorithm example, RSA Algorithm solved example, RSA Algorithm explained, RSA cryptography, RSA encryption, RSA decryption, RSA key generation, public key cryptography RSA, RSA algorithm tutorial, RSA algorithm in cryptography, RSA algorithm example step by step, RSA algorithm example in network security, RSA algorithm example in cryptography, RSA algorithm example solved numerically, RSA algorithm example for students, computer networks RSA, network security RSA, cryptography RSA


#️⃣ Hashtags:
#RSAAlgorithm #Cryptography #PublicKeyCryptography #NetworkSecurity #CyberSecurity #Encryption #Decryption #ComputerNetworks #DataSecurity #AsymmetricEncryption #cryptography #RSAaglorithm #networksecurity #numberthoery #numbersystem

Disclaimer: The content provided on this channel is for educational and informational purposes only. While every effort has been made to ensure accuracy, the creator(s) of this channel are not responsible for any errors, omissions, or outcomes resulting from the use of this information. Viewers are advised to do their own research and seek professional advice before making any decisions. All views expressed are personal opinions and do not represent any organization or institution.