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Section: "Automation. Information. Control. Instruments"- 2020 (Number of items: 1)
- 2017 (Number of items: 2)
- 2016 (Number of items: 4)
- 2015 (Number of items: 3)
- 2014 (Number of items: 9)
- Artemova S.V., Podkhvatilin P.A., Sheludyakov R.O. Building Software of Intelligent Humidity Sensor // Scientific article. Journal "Transactions of the TSTU", vol. 20 , Tambov. TSTU publisher house , 2014. (pdf-file)
Abstract: The article discusses an approach to solving the problem of the structural construction of software by the example of intelligent humidity sensor, which represents an information-measuring system (IMS). The optimal structure of positioning of the developed algorithms used by IMS modules has been defined. The target function is the aggregate function of the intercom feature system that was maximized. In order to design the system with the required properties, we introduced the following limitations:
on the single shot inclusion of algorithm in to set of program modules, duplication of memory by the information element, the co mplexity of the data interface between the individual modules. The solution to the problem was found using genetic algorithms. A similar approach was used for the design of software both of data measuring and data control systems. - Chernyshov N.G., Tsygankov R.V., Chikaev K.V. Development of Telemetry System of Power-Intensive Objects Using ICP DAS Industrial Controllers // Journal "Problems of Contemporary Science and Practice" Vernadsky University , Tambov. TSTU publisher house , 2014. (pdf-file)
Abstract: The problem of remote monitoring and control of processing equipment was considered. The authors proposed and implemented the system to monitor the extrusion machine temperature using programmable logic controllers with possibility of remote control via networks. The block diagram of the telemetry system was developed; the configuration of interaction between the system components was formed. - Frolov S.V., Sindeev S.V., Liepsch D., Balasso A. Mathematical Modeling of Blood Flow in Basilar Artery Bifurcation Region // Scientific article. Journal "Transactions of the TSTU", vol. 20 , Tambov. TSTU publisher house , 2014. (pdf-file)
Abstract: Basilar artery aneurysm occurrence is associated with hemodynamics instability. For prediction of aneurysm various experimental and numerical methods are developed. However, the greatest interests are mathematical methods for computing the hemodynamic parameters at the bifurcation of the basilar artery. In this paper, we propose a partial derivatives mathematical model of hemodynamic to compute the three-dimensional blood flow in the basilar artery. The model is possible to compute the basic hemodynamic parameters of blood flow and find the value of wall shear stress, which has a significant influence on the formation and development of aneurysms of the basilar artery. The developed model can also be used in multiscale models of hemodynamics to combine the hemodynamic models of different levels of detail. - Frolov S.V., Sindeev S.V., Lischouk V.A., Gazizova D.Sh., Liepsch D., Balasso A. Modeling Studies of Basilar Artery Blood Flow Given the Global Hemodynamics Factors // Journal "Problems of Contemporary Science and Practice" Vernadsky University , Tambov. TSTU publisher house , 2014. (pdf-file)
Abstract: The main disease of cerebral circulation is an aneurysm of the basilar artery. The paper presents the concept of developing a multiscale hemodynamics mathematical model of the cardiovascular system, including the model of global hemodynamics, the arterial tree model and the model of basilar artery bifurcation. This model allows computing hemodynamic
parameters at the bifurcation of the basilar artery. Using the
mathematical modeling results we can conclude the probability of
aneurysm. - Frolova M.S., Frolov S.V., Tolstukhin I.A. Regulation on Medical Devices in Different Countries // Scientific article. Journal "Transactions of the TSTU", vol. 20 , Tambov. TSTU publisher house , 2014. (pdf-file)
Abstract: It is important to understand regulations on medical devices because
the development and the implementation of medical devices depend a lot on the current regulations. In this paper regulations on medical devices outside the European Union and in the European Union are discussed. Premarket regulations and classification of medical devices in the USA are presented. A question whether food and drug administration considers mobile medical applications to be medical devices is addressed. The main documents that are necessary to receive the registration license in
Russia and the Notified Bodies in Russia are described. Moreover, three European Directives related to medical device regulations are presented. - Matveykin V.G., Dmitrievskiy B.S., Potrashilina Ya.P., Filina A.E. Innovative Production System Management Based on Product Lifecycle // Journal "Problems of Contemporary Science and Practice" Vernadsky University , Tambov. TSTU publisher house , 2014. (pdf-file)
Abstract: The main features of innovative production system as control object were considered. The peculiarities of innovative product lifecycle were expanded. The process of pilot production and batch production were singled out among manufacturing processes. A block diagram of innovative production system management was suggested, the purposes and objectives of
automated product lifecycle management system were expanded. This automated system allows making effective control responses both at the development stage and manufacturing stage. The model of innovative production system was proposed and the mathematic control problem was formulated. - Matveykin V.G., Dmitrievskiy B.S., Shatilova A.A., Filina A.E., Semerzhinskiy S.G. Modeling of Industrial System Dynamics // Scientific article. Journal "Transactions of the TSTU", vol. 20 , Tambov. TSTU publisher house , 2014. (pdf-file)
Abstract: The existing approaches to the development of automatic control
systems focus on design of corporate information systems which do not take into consideration the impact of dynamics. The authors examined the dynamic mathematical models of the production system based on the representation of the object modeling system in the form of elementary units, which allow studying the transient processes. These models permit the analysis of the enterprise functioning through time, taking into
account control object features, links and possible combinations of input data, and also run situational simulation by changing input data flows. - Muromtsev D.Yu., Traverso A., Gribkov A.N., Kurkin I.A. Application of Optimal Control Theory to Hybrid Objects to Minimize Greenhouse Gases Emissions // Scientific article. Journal "Transactions of the TSTU", vol. 20 , Tambov. TSTU publisher house , 2014. (pdf-file)
Abstract: In this work we propose the classification of hybrid objects on the
example of thermal objects in terms of various optimality criteria, the approach to using modified coefficients in optimality criteria for hybrid objects, allowing, in the calculation of optimal control functions, not only consider costs of different types of fuel, but also take into account specific greenhouse gases emissions for these types of control, production technology of heat or electricity. Using this approach to extend the functionality of existing optimal control systems does not require significant changes in algorithms and software, which significantly reduces the cost of modification. Determination of optimal control type, parameters, switching times are carried out on existing algorithms, however, weighting factors for optimality criterion include specific greenhouse gases emissions. - Volskov D.G., Pospelova E.A., Gribkov A.N., Kurkin I.A. Solving the Problem of Aircraft Basic Parameters Optimization by Numerical Method // Journal "Problems of Contemporary Science and Practice" Vernadsky University , Tambov. TSTU publisher house , 2014. (pdf-file)
Abstract: In this paper the authors analyzed optimization problems, using the example of transport aircraft shape designing, during the development of technical proposals. We used a numerical method for solving the problem of aircraft parameters optimization. Numerical solution method is based on the using of MathCAD system. Optimality criterion was used in the solution of the problem, namely, the criterion of "cost – effectiveness". We considered the two vector of aircraft basic parameters optimization, on the one hand, its aerodynamic and energy parameters, and, on the other hand its parameters are set by the customer (company, organization that
will be operating the aircraft).
- 2013 (Number of items: 2)
- 2012 (Number of items: 6)
- 2011 (Number of items: 5)
- 2010 (Number of items: 2)
- 2009 (Number of items: 1)
- 2007 (Number of items: 1)
- 2006 (Number of items: 1)
- 2004 (Number of items: 1)
- 2003 (Number of items: 2)
- 2002 (Number of items: 4)
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