Post by fugitive247 on Oct 15, 2007 10:51:40 GMT -5
RSVP Manual Encryption System © fugitive247
Four charecter manual encryption/decryption based upon
quarters of a binary set (eight char, 0/1) being assigned
one of four fixed corresponding identifiers.
Four possible segments in a binary set: 00, 01, 11, 10
Sample assignment: 00 = R 01 = S 11 = V 10 = P
Sample message:
The four decryption elements of a given binary message can be
assigned to ANYTHING. Here's the same encoded message
done with icons. (yes, I made those)
Of course, this is only one very basic example of how the RSVP Manual Encryption System can be utilized. It is most effective when employed within a series of other handy strategies. More on this later. ;oD
Four charecter manual encryption/decryption based upon
quarters of a binary set (eight char, 0/1) being assigned
one of four fixed corresponding identifiers.
Four possible segments in a binary set: 00, 01, 11, 10
Sample assignment: 00 = R 01 = S 11 = V 10 = P
Sample message:
| normal: | THIS ONE IS EASY |
| binary: | 01010100 01001000 01001001 01010011 00100000 01001111 01001110 01000101 00100000 01001001 01010011 00100000 01000101 01000001 01010011 01011001 |
| encoded: | SSSR SRPR SRPS SSRV RPRR SRVV SRVP SRSS RPRR SRPS SSRV RPRR SRSS SRRS SSRV SSPS |
The four decryption elements of a given binary message can be
assigned to ANYTHING. Here's the same encoded message
done with icons. (yes, I made those)
Of course, this is only one very basic example of how the RSVP Manual Encryption System can be utilized. It is most effective when employed within a series of other handy strategies. More on this later. ;oD
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