Creating Randomness: Visual Sequences of Exhaustive Numbers from Two Logic Variables on Variant Logic Functional Spaces

Creating randomness number mechanism plays an important role in any network security and security information systems from a cryptography viewpoint. In this paper, an exhaustive scheme is proposed to create a series of number sequences between a functional space of logical functions under complementary and permutation operations to show indirectly from the visualization of matrices. Following an example, an exhaustive model has been established to express the functional space of n-ary logical function. A visual structure is represented as a diagrammatic representation for function sequences. The visual results are represented in W, F and C codes respectively, to provide the basic support for the variant logic framework.