Follow the example given in the images and answer.

1) CHOOSE ANY EQUATION OTHER THAN THE EQUATION USED IN POINT 1 IN THE IMAGE.

2) APPEND RSA OR ANY OTHER ASYMMETRIC CRYPTOSYSTEM

3) GENERATE THE KEYS AND PERFORM ENCRYPTION AND DECRYPTION.

LOOK AT THE EXAMPLES IN THE IMAGES FOR REFERENCE.

cryptocystem I Define your own equation II: Append any an asymmetric with your equation s II : Define the public key and encryption process. I key and decryption refine private process . I l lushare with an example. Pell's equation. Choose ean that always equate to one & oppond R&A or Paillier or m-Paillier or CHAN-PKC 'or HITAGC-si/s2 DUA RSA Taking RSA and appending e, & (n), N, d. (steje _ Rly td (n)) = 1 92+12+2ne - R (y2 + 8 (nJ2 + 2y & (n)) = 1 Decry Substituting eq in eq . teetane. Rd(+) + 2 Ry & (n) = 1 mad on) as 5.3%. 30 ite2+ ane = 1 het (x = H2+2ne for te2+zne cor It emol de tane mad del Key generation 1 &- & 2 - 2 ne - a-Ce+2) = 1 Now r( messages / (message) / Cipher text 1 Cipher text 2. ( Napkq) Everyption. Decryption : . . (... Messewe cryptocystem I Define your own equation II: Append any an asymmetric with your equation s II : Define the public key and encryption process. I key and decryption refine private process . I l lushare with an example. Pell's equation. Choose ean that always equate to one & oppond R&A or Paillier or m-Paillier or CHAN-PKC 'or HITAGC-si/s2 DUA RSA Taking RSA and appending e, & (n), N, d. (steje _ Rly td (n)) = 1 92+12+2ne - R (y2 + 8 (nJ2 + 2y & (n)) = 1 Decry Substituting eq in eq . teetane. Rd(+) + 2 Ry & (n) = 1 mad on) as 5.3%. 30 ite2+ ane = 1 het (x = H2+2ne for te2+zne cor It emol de tane mad del Key generation 1 &- & 2 - 2 ne - a-Ce+2) = 1 Now r( messages / (message) / Cipher text 1 Cipher text 2. ( Napkq) Everyption. Decryption : . . (... Messewe