mehdi mohammadi; reza naserijahromi; ensiyeh esnaashari; majid kowsari; solmaz khademi; sedigheh shadi; hadis noorani zadeh
Abstract
Purpose: It was an evaluative review of the use of artificial intelligence in general education.Method and tools: This is a qualitative research of the synthesis type, which was carried out with an evaluative review method based on the five-step methodological framework of Amali and Arxi. The synthesis ...
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Purpose: It was an evaluative review of the use of artificial intelligence in general education.Method and tools: This is a qualitative research of the synthesis type, which was carried out with an evaluative review method based on the five-step methodological framework of Amali and Arxi. The synthesis research team consisted of three lesson planning specialists, one person proficient in the synthesis research method, and one expert in searching databases. 52 research sources related to acceptance criteria, including articles on the systematic review of artificial intelligence in education, how artificial intelligence plays a role in production, strengthening education and learning in the present and future, and the impact of artificial intelligence in facilitating and accelerating education and learning, were used as the basis of analysisFindings: The result is the extraction of three themes organizing the role of artificial intelligence in learning, the role of artificial intelligence in teaching and the role of artificial intelligence in educational evaluation. The validity of the data was confirmed by using the three techniques of reliability, transferability and alignment of data and trust in data by carefully guiding the flow of information collection and alignment of researchers.Results: In general, the findings of this article showed that artificial intelligence, if used correctly and responsibly, with the advantage of being data-oriented and creating a vast and unlimited field of education, causes effective learning. It also outlines the potential path of human-machine dialogue systems in the future and shows a deep insight into future educational and
zahra heydari; zahra taleb; zeynab golzari
Abstract
The purpose of this research is to identify the applications of Internet of Things and artificial intelligence in smart educational environments in order to increase the quality and educational innovations. The current research method is qualitative and its strategy is meta-Synthesis. The research statistical ...
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The purpose of this research is to identify the applications of Internet of Things and artificial intelligence in smart educational environments in order to increase the quality and educational innovations. The current research method is qualitative and its strategy is meta-Synthesis. The research statistical population, valid scientific studies from 2018 to 2023 were in the field of education. At first, using the keywords "Internet of Things Applications", "Artificial Intelligence Applications", "Internet of Things in Education", "Artificial Intelligence in Education", "Smart Education" and "Technology in Education" and based on the entry criteria, 1025 researches They were scientifically identified and then, according to the exclusion criteria, finally 56 articles were entered into the final analysis stage. Sandelowski & Barroso's model of six stages was used for the qualitative analysis of the documents. In order to increase the reliability of the results, Cohen's kappa coefficient was used, and the agreement between the two coders was 0.846. Finally, 15 components were identified, in the dimension related to the Internet of Things with 8 components including; 1-Library management,2-Attendance monitoring,3-Space reservation management,4-Building energy management of educational environments,5-Security and safety, 6-Health and satisfaction monitoring of learners,7-Smart classroom and education, and 8-Automation and in the dimension related to artificial intelligence with 7 components including; 1-Prediction,2-Smart teaching systems,3-Assessment and evaluation,4-Adaptation and personalization systems,5-Teacher robot and chat bot,6-Visualizations and 7-Blockchain. Also, the conceptual model of Internet of Things and artificial intelligence applications in smart educational environments was identified.
