Abstract
Generally accepted methods for processing symbolic sequences existing nowadays do not take into account the arrangement of components in those sequences or do it in an inefficient way. In this paper, we propose the development of previously presented means of formal order analysis (FOA). In particular, two new methods of order transformation are proposed here: the secondary order (the high order or the order derivative) and the dissimilar order. First method takes into account not only the intervals between the individual elements, but also the arrangement of the intervals themselves. And the second method takes into account the order of elements occurrences. Algorithms and software for implementing the above transformations are presented. Software approbation is carried out, and adequacy for study of the arrangement of components in symbolic sequences (on the example of nucleotide sequences) is shown.
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