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Cybernetic Education Centre: Monitoring and control of learner's e-learning study in the field of Cybernetics and Automation by Coloured Petri Nets model

机译:控制论教育中心:通过彩色Petri网模型对控制论与自动化领域中学习者的在线学习进行监控

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This paper presents the Cybernetic Education Centre (CEDUC) as a hybrid e-learning and training centre for higher education of Cybernetics and Automation fields. If we consider Cybernetics we consider basically (1) controlled systems and (2) control systems. In case of controlled systems learner is focused on the process of analyze, identification, design of the mathematical model and simulation of the controlled system. Therefore this paper deals with controlled models in the laboratories of our department (a) real laboratory models, (b) simulation models and (c) virtual models which creates one integrated hybrid architecture what represents one of new ideas in the paper (Fig. 1). Learner of control systems is focused mainly on design of control parameters, design of control algorithms, design of hardware, software and communication architectures of control systems. Overall control system is represented by Distributed Control System (DCS) which serves for learners to verify designed control systems. The verification of the control systems is very important from safety point of view to prepare learners for real production conditions. Second new idea of the paper is implementation of the Coloured Petri Nets as automata to control access to the resources (not only typical study resources but also access to the components of hybrid DCS architecture) as well as to monitor the learner activities during the study. CEDUC is supported by intensive industry-university partnership. Conclusion of the paper summarizes the results of the study process of learners in DCS environment.
机译:本文介绍了控制论教育中心(CEDUC),它是用于控制论和自动化领域高等教育的混合式电子学习和培训中心。如果我们考虑控制论,我们基本上会考虑(1)受控系统和(2)控制系统。在受控系统的情况下,学习者将专注于分析,识别,数学模型的设计和受控系统仿真的过程。因此,本文涉及我们部门实验室中的受控模型(a)真实的实验室模型,(b)仿真模型和(c)虚拟模型,这些模型创建了一个集成的混合体系结构,代表了本文中的新思想之一(图1)。 )。控制系统的学习者主要侧重于控制参数的设计,控制算法的设计,硬件,软件的设计以及控制系统的通信体系结构。总体控制系统以分布式控制系统(DCS)为代表,该系统用于学习者验证设计的控制系统。从安全的角度来看,控制系统的验证对于使学习者准备好实际生产条件非常重要。本文的第二个新想法是实现有色Petri网作为自动机,以控制对资源(不仅是典型学习资源的访问,而且还对混合DCS体系结构的组件的访问)的访问,并在学习过程中监视学习者的活动。 CEDUC得到了密集的产学合作关系的支持。本文的结论总结了DCS环境中学习者学习过程的结果。

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