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In this paper, we consider the algorithm for calculating the object dynamic characteristics in the automatic control system. Specifically, the algorithm allows obtaining numerically pulse and transitive characteristics of the process relying on the reaction of a control system on the task change. The algorithm of this problem solving can be numerically applied by employing the Duhamel integral. Moreover, we consider the sample of this algorithm program implementation when modeling transients in the control system. [ABSTRACT FROM AUTHOR]

The paper proposes the model of system engineering of forecasting systems and engineering of a forecasting component for the control system of financial-investment activity. We develop a model of the system of the financial time series forecasting as well as describe a range of methods and algorithms which can be used for financial data forecasting. In addition, we implement the algorithms of models choice of financial data forecasting based on the statistical information for the financial-investment activity. [ABSTRACT FROM AUTHOR]

In this paper, we utilize the Kalman's filtration algorithm for processing the real data obtained from the temperature control system. This data consists of a complex combination of various noises. We prove that the Kalman's filter satisfies the required filtration quality. Moreover, it can continuously process the data unlike traditional and previously used methods of programmatic filtration. Therefore, our method can be used by automatic control experts for data filtration of complex combination of noises in the field of heat power engineering. [ABSTRACT FROM AUTHOR]

This paper considers the problem of detecting the specific place of the source of ionizing radiation (SIR) location when studying the object with a difficult geometry utilizing the system of dosimetria situation visualization. Specifically, we propose the verification method of the source orientation through a mathematical vehicle and develop the algorithm of determining the distance from a detector to the source. [ABSTRACT FROM AUTHOR]

The paper considers the task on columns taking into account the properties of a great number of transpositions as domains of possible solutions of this task. We prove and algorithmize the localization method of the linear function value on a combinatorial set of transpositions. We also study the method of values organization of the efficiency function on a great number of transpositions that makes it possible to find the solutions of the task of linear function on transpositions with linear limitations. [ABSTRACT FROM AUTHOR]

The present paper aims to construct the mathematical model of transportation and distribution of a certain item among consumers. This model takes into account stocking in tanks for temporary storage. To that end, we propose the algorithms based on the effective methods of nonlinear programming. Due to the general problem statement, these algorithms can be used for calculation of various types of distribution networks. [ABSTRACT FROM AUTHOR]

In this paper, we define the arrangement of rectangles with fuzzy sizes in a breadth -- tangency, intersection, non-intersection. We also define the arrangement of rectangles with fuzzy sizes in the fuzzy size breadth -- tangency, intersection, non-intersection. Finally, we construct a new mathematical model of the one problem of the rectangle packing as a problem of the Euclidian combinatorial optimization on a set of fuzzy permutations. [ABSTRACT FROM AUTHOR]

This paper proposes the model of the insurance company activity, which calculates the publicity expenses insurance services. We illustrate that the obtained algorithm allows to calculate the final guaranteed gain of the company on a given set of the insurance firm initial data. [ABSTRACT FROM AUTHOR]

The research described in this paper studies an adaptive algorithm for the control system for a one-dimensional dynamic object with an aperiodic constant-sign pulse response characteristic. Specifically, we present the conditions for obtaining the feedback ratio based on the indirect estimation of the resultant action and the controlled variable prediction. Our experimental results show that these conditions provide the guaranteed control accuracy under arbitrary disturbances. [ABSTRACT FROM AUTHOR]

This paper studies a generalized structure of the state traversal algorithms and the methods of their adaptation to procedural optimal control of the multidimensional dynamic systems. Based on the developed structure, new special scoring functions, the methods of vector encoding control and state space discretization are proposed. Furthermore, through the test problem solved the capability of such algorithms to solve the optimal control problems, as well as the improved efficiency over the existing algorithms, is demonstrated. [ABSTRACT FROM AUTHOR]

Application of the algorithm of adaptive GMDH with a shift operator for forecasting of economic indices is offered in the paper. The architecture of the distributed computation system and its implementation by means of process engineering J2EE is developed. Methods of a simulation modelling are used to define optimal configuration of the created system. The example of algorithm use for forecasting the economic indices is provided. [ABSTRACT FROM AUTHOR]