RECENT PROGRESS IN THE CYBERNETIC FORMALIZATION OF THE BIOTIC SYSTEMS MODEL

Abstract

The differentiation of RES‐models properties as a function of the scalar position of the considered model seems to conform to the following principles: 1. The probability of the presence of a given antinomic state in the property “d” (dynamic) is directly influenced by the position of the model on the size‐scale; 2. The “d” state having been adopted by the RESm‐model, i.e. dmon or dplu, determines the adoption of the state in other mechanical and informational properties in the model under consideration; 3. Each organization of a new model, which is concerned with the RESm‐models series, is accompanied by an inversion of antinomic states in (at least two) cardinal RESm‐properties. Some of the cardinal properties appear as a function of antinomic states inversions during the evolution‐oscillation phenomena of the models.

Citation

BOGDANSKI, C. (1977), "RECENT PROGRESS IN THE CYBERNETIC FORMALIZATION OF THE BIOTIC SYSTEMS MODEL", Kybernetes, Vol. 6 No. 4, pp. 265-271. https://doi.org/10.1108/eb005459