Management of structural components complex electronic systems on the basis of adaptive model

Grishko, А. К.; Goryachev, N. V.; Кочегаров, И. И.; Brostilov, S. A.; Yurkov, N. К.

doi:10.1109/tcset.2016.7452017

Cited by 20 publications

(1 citation statement)

References 2 publications

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“…False skills cause a false prediction of effectiveness of aircraft combat use, which may be far from the true effectiveness, due to which the planned activities to fulfill combat missions may be untenable [6,7].…”

Section: Resultsmentioning

confidence: 99%

The influence of the adequacy of training simulators on simulator planning training

Kuatov¹,

Kemalov²,

Yurkov

2017

J. Phys.: Conf. Ser.

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Abstract. The analysis of the works with attempts to verify the adequacy of both simulation and simulators themselves was carried out. However, these attempts are limited by determining the facts of adequacy or inadequacy of checking systems that cannot be used to identify the skills acquired in accordance with the input of a generalized classification. Adequacy is a concomitant sign of inadequate use of simulators, however, the established base for assessing the adequacy of simulators does not allow presenting it in the form of the indicator of the accompanying sign of inadequacy of use of simulators. And the primary task is to determine its quantitative form, which would eliminate the disparity evaluations of teaching. This research paper presents the problems of the simulator training organization that regardless of the received ideas of flight missions planning, have the real objective, which is in conflict with an aircraft application, the essence of which is the presence of contradictions between the predicted and real necessary amount of forces and means to ensure the effectiveness. The paper aims at the adaptation of the content curriculum component for eliminating inadequate use of simulators, which should be focused on developing measures to compensate false skills in order to improve the accuracy of determining the flying skills in simulator training planning.

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Section: Resultsmentioning

confidence: 99%

The influence of the adequacy of training simulators on simulator planning training

Kuatov¹,

Kemalov²,

Yurkov

2017

J. Phys.: Conf. Ser.

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Time Factor in the Theory of Anthropogenic Risk Prediction in Complex Dynamic Systems

Ostreikovsky

Shevchenko

Yurkov

et al. 2018

J. Phys.: Conf. Ser.

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Characteristics of image blur of the round mark during vibration movement along Z axis

Grigoriev

Trusov

Кочегаров

et al. 2016

2016 International Conference on Actual Problems of Electron Devices Engineering (APEDE)

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The article defines the current importance and possibility of implementation of new techniques for measuring vibration movement of the material point flatwise to the object. The basis of this techniques is the indirect measurement of the absolute value of radius increase of the round mark, caused by its blurring due to vibration movement of the studied material point, located in the geometrical center of the mark. The research proved higher precision of this technique as compared with similar ones. The article describes the experiment carried out by the researchers, analyses its results in the form of calibration characteristics of the measurement system. This calibration characteristics is presented in table and graphic formats and approximated by a right line. The article justifies the linearity of converting the measured value into measured signal.Onboard radio equipment of aerospace and transport equipment is exposed to vibration influences, including high-frequency ones measured in single and tens of kilohertz. Testing prototypes and trial models of such equipment at vibration stands and in actual work conditions allow to determine the weak points of the structure and develop the protection against vibrations strategy. Measuring vibrations of onboard radio equipment during its operation allows to determine the defects in their latent stage, i.e. at the stage of their appearance and development, before they lead to the equipment failure. The technique that is suggested in this article can be applied not only for measuring the vibrations of radio equipment, but other controlled objects as well.The methods of measuring vibration parameters are subdivided into contact and contactless ones. Contact methods include, among others, piezoelectric, strain gauge type, fiber optic methods. The use of contact vibrations measurement for the radio equipment is limited by the obligatory contact mass of the sensor, which decreases the sensitivity of the measurement system. The higher the vibration frequency, the lower the sensitivity of the system is. Contact measurement of vibrations, whose frequency exceeds 2 KHz, can not be performed.Existing contactless methods of measuring vibrations parameters include the methods of laser interferometry, laser Doppler vibration measurement, and methods with the analysis of traces of vibration-induced image blurring. The first two groups of methods require bulky and expensive equipment.The methods of analysis of trace of vibration-induced image blurring include wedge measurement and parallel strokes measurement. Measurement error of such methods can not be lower than the raster unit of the registering

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Management of structural components complex electronic systems on the basis of adaptive model

Cited by 20 publications

References 2 publications

The influence of the adequacy of training simulators on simulator planning training

The influence of the adequacy of training simulators on simulator planning training

Time Factor in the Theory of Anthropogenic Risk Prediction in Complex Dynamic Systems

Characteristics of image blur of the round mark during vibration movement along Z axis

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