An energy-saving overload-control technology based on a computerized training-machine system

Файзрахманов, Р А; Полевщиков, Иван Сергеевич; Khabibulin, A. F.; Shklyaev, F. I.

doi:10.3103/s1068371217110050

Cited by 8 publications

(1 citation statement)

References 2 publications

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“…To improve the efficiency of the educational process in the training of these specialists, various computer technologies are widely used. In particular, scientific works and developments in the field of e-learning [1][2][3], computer simulators for training operators of production processes [4][5][6], virtual laboratories [7][8][9], and intellectual technologies in the educational process [10][11][12] should be highlighted. However, the main functional capabilities of these systems are mainly limited to automated knowledge control (testing), involving the compilation of a large database of test tasks, as well as to the teacher's verification of completed practical tasks in a remote format.…”

Section: Introductionmentioning

confidence: 99%

Automated systems and processes visual modelling skills control in training engineering specialists with simulator complex

Polevshchikov,

Blagoveshchensky

2023

E3S Web Conf.

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The article presents the prototype of the computer simulator complex (CSC) developed for automated control of visual modelling skills of systems and processes in the training of engineering specialists in the field of food production. With the use of CSC, it is possible for teachers to create and students to perform exercises on analysing and building diagrams in various standards (in particular, UML). The key functionalities of CSC are: setting up exercises on analysis and construction of visual models by the instructor; formation of individual variants of exercises in accordance with the instructor's settings; execution of exercises by the student in a special interface, including the use of a graphical editor for building diagrams; automatic formation of a reference solution of the exercise and evaluation of the students' solution in accordance with the reference. The CSC prototype, implemented in the form of a web-based system, is used in Russian Biotechnological University when training students in the field of development of automated control systems for food production. The application of CSC simplifies the processes of knowledge control, collection and analysis of data on knowledge control, which contributes to the improvement of learning outcomes of specialists.

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Section: Introductionmentioning

confidence: 99%

Automated systems and processes visual modelling skills control in training engineering specialists with simulator complex

Polevshchikov,

Blagoveshchensky

2023

E3S Web Conf.

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The process of automated knowledge control among technological installations operators modeling using finite-state machines

Полевщиков

Krokha

2021

29th Russian Conference on Mathematical Modelling in Natural Sciences

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Electric traction drive of an agricultural tractor

Deryabin¹,

Zhuravleva

2020

IOP Conf. Ser.: Earth Environ. Sci.

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In the article, the task of expanding the range of work in speed and moment of traction electric drive of an agricultural tractor is considered. We propose to achieve this goal through the use of a two-stage gearbox based on a three-row planetary gear. It is proposed to shift gear ratio by eliminating one row of the gearbox from the process of converting mechanical energy. Evaluation of the effect of the proposed solution was tested on a refined mathematical model, in which the electric drive is presented as a complex “frequency converter with vector control - motor - working body. The obtained simulation results allow us to argue that with the correct operation of the system in long-term operation, energy savings of up to 12% can be achieved (for various types of soil and operating modes: arable land, driving), and for transient processes - 7-8%.

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An energy-saving overload-control technology based on a computerized training-machine system

Cited by 8 publications

References 2 publications

Automated systems and processes visual modelling skills control in training engineering specialists with simulator complex

Automated systems and processes visual modelling skills control in training engineering specialists with simulator complex

The process of automated knowledge control among technological installations operators modeling using finite-state machines

Electric traction drive of an agricultural tractor

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