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01.00.00 Physical-mathematical sciences
Description
Analysis of reflection of discrete system with final set of elements in planes of set of values of any sign is leaded. It is demonstrated that information reflected with system is divided on reflected and not reflected part and relevant information functions are got. Structured law of saving of sum of chaos and order is established and classification of discrete systems on their structural organization is given. Interrelation of synergetic and probabilistic information theories is shown. Law of information saving is established.
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SYNERGETIC INFORMATION THEORY Part 3. Information functions and Boltzmann entropy
01.00.00 Physical-mathematical sciences
Description
In the article it is shown that information-synergistic functions, in the face reflected information, additive negentropy and entro-py of reflection, they have direct interrelation with Boltzmann entropy.
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SYNERGETIC INFORMATION THEORY Part 1. Synergetic approach to definition of quanti-ty of information
Description
A new approach to definition of quantity of informa-tion is stated. According to the approach an informa-tion can be defined as data about finite set which is considered like integration and information measure is average length of integrative code of elements. Examples of use of this approach are given.
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SYNERGETIC INFORMATION THEORY Part 4. Quantum aspects of reflection of final sets
Description
From the positions of synergistic information theories, quantum aspects of the information reflected by final sets of elements are considered. Such concepts, as quanta of the information and quanta of reflection, bits of reflection and their quantum capacity, the re-flected images of sets and information borders of their existence are thus added into consideration
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CHAOS AND ORDER OF DISCRETE SYSTEMS IN LIGHT OF SYNERGETIC INFORMATION THEORY
01.00.00 Physical-mathematical sciences
Description
Estimation of chaos and order in structure of electronic systems of atoms, protein molecules, webs of spiders, poetic products is done with the help of synergetic information theory. Existence of statistical rule of structural organization in nature is expected. This rule directs evolution of discrete system towards balance of chaos and order.
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