Integrative Technology for Creating Electronic Educational Resources

A. Guraliuk, D. Zakatnov, Svitlana Lapaenko, I. Ahalets, N. Varaksina
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Abstract

To increase the efficiency of using ontologies in the educational process, we have developed the Ontos.xyz resource, which consists of an ontograph editor and a viewer that allows displaying both individual EERs and their collections. The editor allows creating an ontograph that describes the structure of the EER, as well as the ability to assign to each node a context of all types supported by the browser including html-pages, web 2.0 resources, etc. The EER built-in this way allows the integration of data from different sources with the ability to adapt to the conditions of any subject area, regardless of its specifics. Thus, the digital competencies of the EER creators remain relevant, since they do not need to learn new software resources to work with individual ontology concepts (“ontograph nodes”). As a result of our research, we have developed a technology for using the ontological approach to create an EER. For its implementation, the Ontos.xyz resource was developed, which is an ontological graph editor. The ontograph allows for the primary visualization of the EER structure, interpreting its structural elements as nodes (vertices) of the graph, and displaying the logic of transitions between structural elements in the form of directed links. With such an approach, the ontology is some kind of aggregator that ensures the integration of the semantic and technological approaches. Building an EER using the ontological approach requires appropriate technological support in terms of description languages, models, software tools, and systems. The software proposed solution, in contrast to its functional counterparts, focuses on use in the educational process.
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创建电子教育资源的集成技术
为了提高在教育过程中使用本体的效率,我们开发了Ontos。它由一个本体编辑器和一个查看器组成,该查看器允许显示单个eer及其集合。编辑器允许创建一个描述EER结构的本体,以及为每个节点分配浏览器支持的所有类型的上下文(包括html页面、web 2.0资源等)的能力。这种方式内置的EER允许集成来自不同来源的数据,能够适应任何主题领域的条件,而不考虑其具体情况。因此,EER创建者的数字能力仍然是相关的,因为他们不需要学习新的软件资源来处理单个本体概念(“本体节点”)。作为我们研究的结果,我们开发了一种使用本体论方法创建EER的技术。对于它的实现,Ontos。开发了Xyz资源,这是一个本体图编辑器。本体图允许EER结构的主要可视化,将其结构元素解释为图的节点(顶点),并以定向链接的形式显示结构元素之间的转换逻辑。在这种方法中,本体是一种聚合器,它保证了语义方法和技术方法的集成。使用本体论方法构建EER需要在描述语言、模型、软件工具和系统方面提供适当的技术支持。该软件提出的解决方案,相对于其功能对应物,侧重于在教育过程中的使用。
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