上下文感知SQA电子学习系统

Nada Bajnaid, R. Benlamri, B. Cogan
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引用次数: 5

摘要

在本文中,我们提出了一种用于开发上下文感知电子学习系统的本体论设计,该系统支持学习者开发符合软件质量保证(SQA)的软件。学习过程是由学习者正在处理的软件产品类型以及它的SQA需求和相应的SQA技术和过程驱动的。本文提出了一种全局本体设计,将学习者相关知识、一般SQA领域知识以及基于产品的SQA需求和过程知识嵌入其中。提供推理工具来推断知识,这些知识可以为手头的任务提供更模块化和即时的上下文SQA资源。展示了一个学习场景,以说明系统在软件开发过程中处理学习者所面临的SQA需求的能力。
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Context-aware SQA e-learning system
In this paper, we propose an ontological design for developing a context-aware e-learning system that supports learners developing Software Quality Assurance (SQA) compliant software. The learning process is driven by the type of software product the learner is dealing with, as well as, its SQA requirements and corresponding SQA techniques and procedures. The paper shows a global ontology design to embed knowledge related to the learner, SQA domain in general, and product-based SQA requirement and procedures. Reasoning tools are provided to infer knowledge that can provide more-modular and just-in-time contextual SQA resources for the task in hand. A learning scenario is shown to illustrate the system's ability to deal with SQA requirements facing the learner in the software development process.
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