- Consider The Rsa Encryption Decryption Method With P 17 And Q 11 And Suppose That The Encryption Key Is E 13 One 1 (55.06 KiB) Viewed 12 times
Consider the RSA encryption/decryption method, with p= 17 and q = 11, and suppose that the encryption key is e = 13. One
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Consider the RSA encryption/decryption method, with p= 17 and q = 11, and suppose that the encryption key is e = 13. One
Consider the RSA encryption/decryption method, with p= 17 and q = 11, and suppose that the encryption key is e = 13. One first calculates the following: n= p q = 17 11 = 187 and o(n)= (p-1) (q-1)= 16 10 = 160. Then to encrypt the message M = 135 using the RSA encryption you would find: 135(n) (mod n) = 135¹60 (mod 187) 135 (mod n) = 13513 (mod 187) 135 (mod (n)) = 135¹3 (mod 160) O 135" (mod (n)) = 135187 (mod 160) °135" (mod n) = 135187 (mod 187) O