Software implementation of a virtual laboratory bench for distance learning

Andrey Smolyaninov; Irina Pocebneva; Irina Fateeva; Konstantin Singur

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Software implementation of a virtual laboratory bench for distance learning

机译：远程学习虚拟实验室替补的软件实现

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The article discusses the functional development and integration into the educational process of a virtual laboratory stand, with the aim of digitalizing the educational processes of higher education without loss as educational services related to the completeness of mastering professional competencies in specialized engineering courses. The developed laboratory stand allows simulating technological processes implemented in an apparatus consisting of four connected tanks. Modeling such a complex technological process with many interconnected elements is necessary for the most detailed research and synthesis of automatic control systems for multiply connected objects. The program simulates two control loops, each of which can be switched to manual or automatic operation. To realize the maximum adequacy of the mathematical model, the program provides for the possibility of taking into account the influence of the actuators on the regulation process.

机译：本文讨论了虚拟实验室展台教育过程的功能发展和融合，目的是在没有损失的情况下数字化高等教育教育过程，因为与专业工程课程掌握专业能力完整性相关的教育服务。开发的实验室支架允许模拟在由四个连接罐组成的装置中实现的技术过程。为许多互连元件进行建模，对于乘以连接对象的自动控制系统最详细的研究和合成是必要的。该程序模拟了两个控制环，每个控制环可以切换到手动或自动操作。为了实现数学模型的最大充分性，该计划提供了考虑到执行器对调节过程的影响的可能性。

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《E3S Web of Conferences》 |2021年第a期|共9页
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Andrey Smolyaninov; Irina Pocebneva; Irina Fateeva; Konstantin Singur;
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1. Expanding Distance Education in the Spatial Sciences Through Virtual Learning Entities and a Virtual GIS Computer Laboratory [J] . S. Grunwald, V. Ramasundaram, G.L. Bruland, International journal of distance education technologies . 2007,第1期

机译：通过虚拟学习实体和虚拟GIS计算机实验室扩大空间科学中的远程教育
2. Using Computer Virtualization and Software Tools to Implement a Low Cost Laboratory for the Teaching of Storage Area Networks [J] . Garcia Javier, Entrialgo Joaquin Computer applications in engineering education . 2015,第5期

机译：使用计算机虚拟化和软件工具为存储区域网络的教学实施低成本实验室
3. Virtual Mechatronic/Robotic laboratory - A step further in distance learning [J] . Veljko Potkonjak, Miomir Vukobratovic, Kosta Jovanovic, Computers & education . 2010,第2期

机译：虚拟机电一体化/机器人实验室-远程学习的又一步
4. Design and Implementation of VPL: A Virtual Programming Laboratory for Online Distance Learning [C] . Alvin T.S. Chan, Jiannong Cao, Chi-Kin Liu, Second International Conference on Advances in Web-Based Learning―ICWL 2003 Aug 18-20, 2003 Melbourne, Australia . 2003

机译：VPL的设计和实现：在线远程学习的虚拟编程实验室
5. Factors Affecting the Implementation of Policy 2450, Distance Education and the West Virginia Virtual School, as Perceived by Principals/Assistant Principals, Counselors, and Distance Learning Contacts and/or Course Facilitators. [D] . Burdette, Keith R. 2013

机译：校长/副校长，参赞，远程学习联系人和/或课程主持人认为影响《 2450政策》，远程教育和西弗吉尼亚虚拟学校实施的因素。
6. The Use of Scenario-Based-Learning Interactive Software to Create Custom Virtual Laboratory Scenarios for Teaching Genetics [O] . Kate M. Breakey, Daniel Levin, Ian Miller, 2008

机译：使用基于情景的学习交互式软件创建自定义虚拟实验室情景以进行遗传学教学
7. Design and implementation of VPL : a virtual programming laboratory for online distance learning [O] . Chan ATS, Cao J, Liu CK, 2003

机译：VPL的设计与实现：在线远程学习的虚拟编程实验室

Software implementation of a virtual laboratory bench for distance learning

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