Technology of two operand operations construction of information cryptographic transformation by modeling results
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Abstract
The purpose of the article is to develop a technology for constructing mathematical models of two-operand operations of cryptographic, similar to models of modified operations with precision to permutations, based on computer simulation results. Results. The illustrated and illustrated sequence of transition steps from the results of computer simulation to the applicable in engineering practice of the formalized operation of cryptographic transformation reflects the technology of constructing mathematical models of two-operand operations of cryptographic information transformation. Conclusions. Experimentally synthesized 96 two operand operations of cryptographic transformation were classified into 4 mathematical groups of operations for 24 operations in each, and also allocated 24 sets of two operand operations on6 ineach group, based on the presence of identical one operand two-bit operations in them. On the example of one of the sets of two-operand operations, a sequence of mathematical transformations is considered that provide the construction of generalized mathematical models of cryptographic operations. The sequence of steps of transition from the results of computer simulation to the applicable in engineering practice of the formalized operation of cryptographic transformation reflects the technology of constructing mathematical models of two-operand operations of cryptographic information transformation.
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References
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