Human-Environment Model, Self-Regulation, and Rhythms Coordination

Abstract

A soliton-wave model of “man-environment” is constructed, describing the structure of a human and the levels of interaction with the environment. To check the adequacy and practical usefulness of the model, calculations were performed, and examples of self-regulation and coordination of various rhythms were given. The results of the modeling correlate with the known data. The accuracy of the “man-environment” model corresponds to the tasks of the human life cycle studying, in particular understanding the processes of aging and dying as the destruction of integrity, including due to desynchronization and loss of coordination of processes and rhythms (Chapters 9 and 10). In addition, the practical application of the model is possible for human-machine systems optimization, in particular for increasing operator productivity and developing information display systems.