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Structural Equation Model of Acceptance Cloud Learning for Sustainability Usage in Higher Education Institutes

机译:高校可持续发展使用接受云学习的结构方程模型

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The study is to propose the structural equation model for sustainability in higher education about the use of cloud learning based on the technology acceptance model. Also, this well-known implemented-model was developed by Davis et al.’s technology acceptance model (TAM). The researchers instituted the hypothesized internal hierarchy among content quality, cloud computing, and social cloud for sustainability usage. The informed hypothesis was obtained from a scientific method known as the systematic literature review. After that, the higher education institutes in Thailand has given attention to the burgeoning of cloud learning due to the additional demand in line with technology development for tertiary instruction in the country. Nevertheless, the strength of its usage is not very outstanding, and there is a need to understand the student’s attitude on the sustainability usage of cloud learning from the perspectives of the technology acceptance model. This study indicated that sustainability usage was a significant predictor towards student to use cloud learning. As a result, it is seen that pupils' attitude plays a vital role in contributing to the sustainability to use cloud learning. The consequence of this study is expected to improve and upgraded cloud learning to be beneficial according to the needs of the students.
机译:本研究旨在基于技术接受模型,提出关于使用云学习的高等教育可持续性的结构方程模型。另外,这个著名的实施模型是由Davis等人的技术接受模型(TAM)开发的。研究人员在内容质量,云计算和社交云之间建立了假设的内部层次结构,以实现可持续性使用。知情假设是从称为系统文献综述的科学方法中获得的。此后,泰国的高等教育机构对云学习的兴起给予了关注,这是由于该国高等教学技术发展带来的额外需求。但是,其使用的优势不是很出色,并且有必要从技术接受模型的角度了解学生对云学习可持续性使用的态度。这项研究表明,可持续性使用是学生使用云学习的重要预测指标。结果,可以看出,学生的态度对于使用云学习的可持续性起着至关重要的作用。这项研究的结果有望根据学生的需求改善和升级云学习,从而使其受益。

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