Implementation of RSA
-
Dear All, Im so confused when it comes to RSA implementation. Can someone please tutor me on how to do the calculation: Take for example: p=7, q=11 and a proper value of e to encode text "OLAJIDE", I translate each letter to be: O=15 L=12 A=1 J=10 I=9 D=4 E=5 How do I apply the decrption/encryption to recover the original plaintext? Thank you.
-
Dear All, Im so confused when it comes to RSA implementation. Can someone please tutor me on how to do the calculation: Take for example: p=7, q=11 and a proper value of e to encode text "OLAJIDE", I translate each letter to be: O=15 L=12 A=1 J=10 I=9 D=4 E=5 How do I apply the decrption/encryption to recover the original plaintext? Thank you.
What does this have to do with hardware? Don't try it, just do it! ;-)
-
Dear All, Im so confused when it comes to RSA implementation. Can someone please tutor me on how to do the calculation: Take for example: p=7, q=11 and a proper value of e to encode text "OLAJIDE", I translate each letter to be: O=15 L=12 A=1 J=10 I=9 D=4 E=5 How do I apply the decrption/encryption to recover the original plaintext? Thank you.
Details of the RSA algorithm[^]. If you're interested for theoretical reasons, go ahead. If you're trying to implement it yourself, don't bother: use a tested, FIPS-approved implementation. On Windows, from C++, use the Cryptography API[^]. From Visual Basic or a scripting language, use CAPICOM[^], the COM wrapper around the Cryptography API. From the .NET Framework, use System.Security.Cryptography.RSACryptoServiceProvider[^]. Stability. What an interesting concept. -- Chris Maunder