engleski

The universal methodology of process identification

By means of the model of simulating the development of pseudo-objects in a finite space the subsegments of the totally defined process were successfully recognized and described. These subsegments show the domination in comparison to other subprocesses in particular periods. On the basis of the positions of certain subsegments, but also on the basis of their interactions, the bearers of the pieces of information that designate the process were identified and in terms of parameters determined as: Communicativeness, Expansion, Level of Organization, Coherence, Stableness and Harmony. By means of the algorithm that places the polar taxons cumulatively into the Indifg position, the completely consistent and uninterrupted series of related points were obtained that described important phases of each process: 1) release of initial energy, 2) variations induced by energy, 3) collection and amassment of materials, 4) cognition or learning, 5) external integration of resources and 6) preparation for the transfer into a new process or to a new level. This paper offers the regularities, that is, the universal parameters and phases of a process that are transparent and easily applicable in many situations and in any field.

process; identification; taxons; time; development

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