The results of technically economical efficiency of humidity saving arable cultivator with stabilization of speed are given in the article. The main distinguishing features of developing model from prototype are presented and the technological process of work is described
In article the procedural sequence of definition of the basic requirements and restrictions to the new fillet equipment is stated. The approach to a choice and an estimation of analogues and perspective variants of working out is shown. The example of registration of preliminary structure RS with use of methods of technical creativity is brought
Results of experimental researches of determination
of corn stems rolling speed in different places of
corn- harvester rolls have been shown. Opportunity
of corn-harvester work under speed of 12-15 km/h
and increased frequency of rolls rotation was analyzed.
Available corn-harvester working regime with regard of intensification of harvesting process was chosen in the result of theoretical and experimental researches.
We discuss development and application of toolbox calculation of municipal motor transport route (on the example of Krasnodar City). Cases of exploitation on city roads are considered as well.
Application of systemic-cognitive analysis and
its programming set of instruments of the system
“AIDOS” for synthesis of a semantic informational model, taking into account the influence of different factors on sums of insurance payments of car insurance KASKO and use of this model for prognosis of insurance payments sums is described in the article.
The idea of systemic generalization of mathematics was substantiated by the author and the first step on its realization was done: variant of systemic information theory was proposed. There was done an attempt to do the second step in the same way: one of the possible approaches to the systemic generalization
of mathematic understanding of set on the conceptual level, namely the approach, based on systemic
information theory. It is supposed that this approach can become the basic one for systemic generalization of set theory and creation of mathematic theory
of systems.
Problem of existence of global antientropic factor
of system development as a universal information
variational law (UIVL) is positioned in the article. Variational laws in physics, chemistry, theory of
technology development, economics, psychology, some of them are known, and others , firstly in
explicit form, have been formulated in this article.
Mathematical model, based on systemic theory of
information, and realizing its algorithm of pure
y evolutional (extensive), purely revolutionary
( intensive) and mixed system development is
offered and realized more often in practice.
Numerical valuations of emergency increase degree, information accumulation rate in a system and other information system features in evolution in accordance with these models and algorithm.
The idea of systemic generalization of mathematics was substantiated by the author and the first step on its realization was done: variant of systemic information theory was proposed. There was done an attempt to do the second step in the same way: one of the possible approaches to the systemic generalization of
mathematic understanding of set on the conceptual level, namely the approach, based on systemic information theory. It is supposed that this approach can become the basic one for systemic generalization of set theory and creation of mathematic theory of systems.
Results of computational experiments on increasing
of semantic information models adequacy with
different sets of astrosigns by means of separation
of generalized social categories (astrosociotypes) on typical and atypical parts are casted in the article.
In the article the current version and some prospects of development of Universal cognitive analytical Eidos system - one of the oldest really working domestic universal systems of an artificial intellect widely applied and developing nowadays is shortly described