Modeling of Artificial Intelligence

64-70

Authors: Narine G. Aharonyan, Victor K. Ohanyan

Let D be a bounded convex domain in the Euclidean plane and we choose uniformly and independently points P_(1 )and P_2 from D. Denote by ρ(P_1,P_2 ) the Euclidean distance between points P_(1 )and P_2 and by F_ρ^D (x) the distribution function of ρ(P_1,P_2). Using the explicit form of distribution function we obtain a formula for the calculation of moments of order k for any natural k. In particular, using the formula for F_ρ^D (x), we derive the mean distance between the points P_(1 )and P_2 for a disc, a regular triangle, a rectangle, a regular hexagon and a rhombus (see Santalo, 2004; Burgstaller, Pillichshammer, 2009; Dunbar, 1997).

79-87

Authors: Maria V. Kalininaа, Vladimir V. Kovalenkoа

The option of realization of a common information space on the basis of merger of the systems constructed on the basis of process and functional approaches management is offered in article. The functional option is developed in the form of classical information system of the class MRP II to a platform C: "Enterprise" 8 which provides realization of standard functionality. Process approach is realized in the form of BPM systemfor the most critical process in the environment of a package business simulation "Elma".

94-103

Authors: Vladimir L. Lototsky

The article analyzes the spatial information modeling as a tool to solve applied problems. The article reveals the multidimensional nature of this simulation. This article describes the main groups of spatial information modeling. This article describes the contents of the main characteristics of this simulation. This article describes the relationship of spatial models with intelligent models. This article describes the features of solving problems with the use of spatial models

117-124

Authors: Denis A. Tarnovskiy

This article relates to the field of mathematical logic, modeling, discussed issues related to the physiology of the human brain. How is the idea? What is its nature? What is subject to the laws of the thought process? These questions of our consciousness still remain poorly understood. Study the process of thinking only in the physiology or psychology does not allow to fully explore the complex processes. This article – a fragment of the work, in which the model of the closed space has been proposed and studied in turn. Then, based on the input model space, consider processes in various fields of knowledge in the field of electrodynamics questions, physiology, in particular human cardiovascular system, the process of thinking, described in the context of the proposed model with elements of space. In our article attempts to address issues of brain physiology in the context of the model of our space, which in the future will link possible accumulated mathematical tool to study the physiology of the whole process and the thinking process in particular. Make it offered, by applying the structure of these processes on the elements of the proposed model space.