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FIG. 1 |
is
a generalized schematic block diagram of a Virtual Matrix
Encryption technique in accordance with the present invention;
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FIG. 2A |
is a schematic diagram of a Virtual Matrix;
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FIG. 2B |
is a flowchart of encryption using a Progressive Virtual
Matrix;
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FIG. 2C |
is a flowchart of decryption using a Regressive Virtual Matrix;
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FIG. 3A |
is a flowchart of encryption/decryption using a Multiple
Algorithms Matrix;
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FIG. 3B |
is a flowchart of a first portion of a many way branching
mechanism;
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FIG. 3C |
is a second portion of the many way branching mechanism of
FIG. 3B;
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FIG. 4 |
is a flowchart illustrating generation of a Million Bit Virtual
Key;
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FIG. 5A |
is a flowchart of key generation for a Multiplication Modulo
Matrix (MMM) algorithm;
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FIG. 5B |
is a flowchart of encryption using the MMM algorithm;
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FIG. 5C |
is a flowchart of decryption using the MMM algorithm;
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FIG. 6 |
is a flowchart illustrating generation of a Specific
Transaction Key;
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FIG. 7 |
is a flowchart of a Bit Level Encryption algorithm;
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FIG. 8A |
is a flowchart of encryption in accordance with a Subtraction
Modulo Matrix (SMM) algorithm;
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FIG. 8B |
is a flowchart of decryption using the SMM algorithm;
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FIG. 9 |
is a flowchart of a Date Limit algorithm;
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FIG. 10 |
is a flowchart of a Targeted Delivery System algorithm
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