Ontological Knowledge Base of Physical and Technical Effects for Conceptual Design of Sensors

Zaripova, Viktoriya; Petrova, Irina

doi:10.1088/1742-6596/588/1/012031

Cited by 7 publications

(6 citation statements)

References 2 publications

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“…On the one hand it is possible to design fairly simple structural diagrams reflecting the principle of the sensor operation; on the other hand, input of at least one new phenomenon to the knowledge base generates many new principles of sensor operation. Energy-information model of circuits (EIMC) enables switching to structural and formalized description of processes of sensor elements by using parametric structural schemes [12,13]. The operation principle of any element of data measurement and control systems is based on interaction of circuits of different physical nature, which is simulated in EIMC by the sequence of physical and technical effects.…”

Section: Statement Of the Problemmentioning

confidence: 99%

“…The main definitions of this model (EIMC) as well as quantities and parameters were given in [12,13]. These quantities and parameters are related with equations named "EIMC criteria" by the authors.…”

Section: Statement Of the Problemmentioning

confidence: 99%

“…They are given in [12,13] for a simple case of constant parameters systems. Principles of action of many modern sensors are based on the processes of self-oscillation, parametrical amplification, and others with different physical nature parameters changeable in time.…”

Section: Statement Of the Problemmentioning

confidence: 99%

“…However, high development cost of smart sensors is the major factor hindering the market growth. To meet growing demand, in particular, using automated systems for conceptual design of sensors [12,13]. Such systems, as is known, can reduce the design time by several times.…”

Section: Introductionmentioning

confidence: 99%

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Automated system for synthesis of sensors for smart cities

et al. 2019

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The concept of a smart city is aimed at developing technologies and infrastructure based on the use of new technologies, large data centers, smart sensors and automated power grids. As technological advances in control systems increase the efficiency of sensors, users are calling for advances in sensor accuracy, reliability, dynamic characteristics (response time, dynamic linearity etc.), robustness, miniaturization and communication capability. The sensor industry is expected to experience sound growth during the five-year forecast period. It is possible satisfy the growing demand, in particular, by using automated systems of conceptual design of sensors, which can reduce the design time several times. Physical principles of operation of the sensors involved in information measuring and control systems of buildings are quite diverse. In this article, it is proposed to use a modified energy-information method for the conceptual design of sensors, invariant to the physical principle of operation. The possibility of using the operator method for the calculation and study of the dynamic characteristics of the designed elements of control systems of different physical nature is shown. The architecture of the expert system of evaluation of dynamic characteristics of sensitive elements of information-measuring devices of smart home is developed.

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Section: Statement Of the Problemmentioning

confidence: 99%

Section: Statement Of the Problemmentioning

confidence: 99%

Section: Statement Of the Problemmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Automated system for synthesis of sensors for smart cities

et al. 2019

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“…The paper is devoted to creation of such technologies [1][2]. Most effectively this problem is solved by the theory of energy-information chains [3][4][5][6] with the use of the knowledge base based on a general concept about a class of objects [7][8][9]. The energyinformation method allows describing the phenomena and processes of various physical nature by means of the equations, invariant to the nature.…”

mentioning

confidence: 99%

Energy-information modelling of the flat membrane on the fractal approach basis

Shikulskaya

Shikulskiy

2017

J. Phys.: Conf. Ser.

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Abstract. Feasibility of the energy-information method use, both at a stage of conceptual design of control systems elements and at a stage of their outline designing is proved in the paper. It is shown that the use of the fractal approach to modeling of the physical principle of operation of sensors considerably increases possibilities of the power-information method, broadening the area of the synthesized technical solutions. The paper presents energyinformation modeling of deformation of a flat membrane on the basis of the fractal approach. The offered approach unlike the classical approach allows taking into account anisotropic properties of semiconductor materials of a microelectronic membrane. The advantage of the provided method in comparison with other approximate methods consists in a possibility of transition from a stage of conceptual design to a stage of outline designing with the use of a single platform that considerably increases operational efficiency of designers. IntroductionIn connection with onrush of science and technology, the requirement to control systems elements continuously increases. The initial stages of sensors designing are the most important since at a stage of conceptual design developers make fundamental decisions on the structure and the principle of operation of the developed device. The initial stages of designing are characterized by conversion of considerable amounts of information, a large number of the studied engineering implementation options. The solution of these tasks is in many respects determined how the developer will be provided with the new information technologies, strengthening his intellectual capacity, allowing to automate processes of search and information processing on the basis of application of the system approach to sensors and their elements development. The paper is devoted to creation of such technologies [1][2]. Most effectively this problem is solved by the theory of energy-information chains [3][4][5][6] with the use of the knowledge base based on a general concept about a class of objects [7][8][9]. The energyinformation method allows describing the phenomena and processes of various physical nature by means of the equations, invariant to the nature.Technical progress requires continuous development of the theory. The use of the fractal approach for the description of the principle of operating of technical devices allowed lifting a part of restrictions of the energy-information method and broadening the area of the found solutions [10]. Besides, the offered approach can be applicable not only at a stage of conceptual design, but also at a

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