Modeling of Artificial Intelligence

52-58

Authors: V.V. Goltyapin

In this article we proved the theorem, allowing us to find the posterior probabilities on the basis of alternative data and orthogonal factor structure. The numerical algorithm of the probabilistic method pattern recognition is building for formation of the diagnostic scale.

67-74

Authors: Razmik M. Kirakosyan, Seyran P. Stepanyan

The conditions for one model are derived for an elastic clamped support of plate-strip. Using the Fuss- Winkler hypothesis the parameters of this support and the relationship between them are defined. Based on the refined theory [1] the governing differential equations are presented for the problem of transversal bending of orthotropic plate of variable thickness, when the effect of transverse shear deformation is taken into account. The specific example of elastically clamped support is considered and qualitative conclusions are given.

82-89

Authors: Aleksei A. Korobko, Anna V. Korobko

Main requirements to typical system for scientific activity management are described in the paper. The reasons of the Model Driven Architecture usage for the typical system constructing are presented. Original meta-metamodel is suggested. Domain (real-word) relational data model for metadata storage is described. The proposed model is embodied in Scientific Activity Management System for ICM SB RAS.

98-136

Authors: Dmitry A. Rogatkin, Dmitry A. Kulikov, Aleksandra L. Ivlieva

For the purposes of development of intelligent robots, we analyze the current scientific data of human and animal brains: about its phylogeny, anatomical and physiological characteristics as well as principles of its functioning. It is emphasized that not only the nervous, but also the endocrine system is the basis of control in living systems. Because the anatomy of the nervous and endocrine systems is the same for all mammals, the development of intellectual abilities of mammals is not directly linked to only the anatomy of these two systems. Most likely three aspects play the key roles in the development of the rational activity and consciousness: intraspecific symbolical communication, training and the ability of the individual to create its internal model of the World, as well as functionality of this model.

150-170

Authors: G.N. Vershinina, E.L. Solovkin

The article is devoted to brief consideration of authors' ideas about an observer, his World and phenomena arising in the observer. These ideas are to some extent an alternative to the traditional look at world order. Authors hope the main points of these ideas can serve as a kind of "key" to solve a row of problems in processes of cognition and activity of the people in various spheres of their life. They can also help to understand better such problems, especially at scientific research. This concerns, primarily, the problems of understanding what is any observer, his World, what is hidden in this World and how it may appear in phenomena arising in such an observer. In particular, it concerns the philosophical problem of "Being" and "Non-being" that is associated with the phenomenon of "Non-being" (as "presence of absence") and defined as the paradox of the ancient Greek philosopher Parmenides. Authors' ideas presented in the article apply to understanding of the essence of the subject and phenomena of such essence, to understanding of time and space, life and death, reality and illusion, understanding of the hidden Multiplicity of Worlds and reasons of selection of one explicit World out of this Multiplicity of Worlds for each observer. Main points of authors' ideas can be the basis for understanding of the facts, which can be explained by science, as well as for understanding of those facts that not are explained by science. These points can be also the basis of understanding of phenomena that taken to call miracles. The authors represent in the article their principle of emergence and existence of phenomena that display images of what is happening inside the observer as well as of what is happening around him. Set of these interrelated images is represented by the authors as World of the observer. This principle allows to understand the "nature" of the distinguishability and indistinguishability, which, according to Czechoslovak math P. Vopenka, are those on which is based, perhaps, the cognoscibility of the world. Some problems of formation of the observer World components and their states are also considered in the article. In particular, there are considerations of such formation called a modeling when some components called models are similarity of other components and, in the definite sense, can replace these other components. A variety of models stored in the observer memory is defined by the authors as his knowledge.