CLOUD TECHNOLOGIES IN LEARNING: ONTOLOGICAL APPROACH

O. Tkachenko, K. Tkachenko, O. Tkachenko
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Abstract

The article considers an ontological approach to the creation and use of learning information systems and learning process management systems that operate in a cloud environment. The proposed ontological approach provides an opportunity to implement learning processes, supporting the sharing of both users (students, teachers, methodologists, etc.) and different training courses of common learning content stored in the cloud. The result of using cloud technologies and ontologies is the ability to make the necessary adjustments to the set of goals and objectives of the learning process, the learning process, the course, the requirements for the level of knowledge and competence of students. An ontological approach to building learning systems operating in a cloud environment is proposed. It is advisable to use the developed ontological model when implementing learning system in managing learning processes in higher educational institutions. The constructed ontological model provides an opportunity to implement continuous improvement of learning processes, supporting the sharing by both users (students, teachers, methodologists, etc.) and different training courses of common training content stored in the cloud. The result of using cloud technologies and ontologies is the possibility of making the necessary adjustments to the set of goals and objectives of the learning process, to the learning process, the training course, to the requirements for the level and competencies of trainees on the part of employers and / or the state. The developed ontological model of learning processes allows, using cloud technologies, to form a space of learning content. Sharing learning content across learning systems has not only enabled the use of ready-made, high-quality learning materials developed by the best teachers, but also reduced the time and resources spent on transferring content from one system to another. The proposed approach uses the integration of technologies such as: ontological modeling, intellectualization and informatization, as well as cloud technologies. The use of these technologies makes it possible to predict the occurrence of emergency situations in the learning process.
学习中的云技术:本体论方法
本文考虑了在云环境中创建和使用学习信息系统和学习过程管理系统的本体论方法。提出的本体论方法提供了实现学习过程的机会,支持用户(学生、教师、方法学家等)和存储在云中的通用学习内容的不同培训课程的共享。使用云技术和本体的结果是能够对学习过程的目标和目的、学习过程、课程、对学生的知识水平和能力的要求进行必要的调整。提出了一种构建在云环境中运行的学习系统的本体论方法。本文提出的本体论模型可用于高校学习过程管理的学习系统实施。构建的本体模型为实现学习过程的持续改进提供了机会,支持用户(学生、教师、方法学家等)和不同培训课程共享存储在云中的通用培训内容。使用云技术和本体的结果是,有可能对学习过程的目标和目的、学习过程、培训课程以及雇主和/或国家对受训者的水平和能力的要求进行必要的调整。开发的学习过程本体论模型允许使用云技术形成学习内容的空间。跨学习系统共享学习内容不仅能够使用由最好的教师开发的现成的高质量学习材料,而且还减少了将内容从一个系统转移到另一个系统所花费的时间和资源。该方法采用了本体建模、智能化和信息化以及云技术等技术的集成。这些技术的使用使在学习过程中预测紧急情况的发生成为可能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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