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Use of Learning Analytics between formative and summative assessment 在形成性评估和总结性评估之间使用学习分析
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135019
Carlo Palmiero, L. Cecconi
The field of study within which this work is placed is that of data produced within digital learning environments, a field of research now known as Learning Analytics (LA). In particular, the aim is to investigate the relationship between the standard psychometric properties of the test questions and the information obtained from the log files produced during its administration, on a large scale, by computer. The results of this type of survey can help to make visible the intersections between formative assessment and summative assessment and to renew, in this way, the evaluation practices of a rapidly expanding sector such as digital education.
这项工作的研究领域是在数字学习环境中产生的数据,这一研究领域现在被称为学习分析(LA)。具体而言,其目的是调查试题的标准心理测量特性与计算机大规模管理期间从日志文件中获得的信息之间的关系。这种类型的调查结果有助于使形成性评估和总结性评估之间的交叉点可见,并以这种方式更新快速扩展的部门(如数字教育)的评估实践。
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引用次数: 2
Data-Driven Modeling of Engagement Analytics for Quality Blended Learning 高质量混合学习参与性分析的数据驱动建模
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135027
Nan Yang, P. Ghislandi, J. Raffaghelli, G. Ritella
Engagement analytics is a branch of learning analytics (LA) that focuses on student engagement, with most studies conducted by computer scientists. Thus, rather than focusing on learning, research in this field usually treats education as a scenario for algorithms optimization and it rarely concludes with implications for practice. While LA as a research field is reaching ten years, its contribution to our understanding of teaching and learning and its impact on learning enhancement are still underdeveloped. This paper argues that data-driven modeling of engagement analytics is helpful to assess student engagement and to promote reflections on the quality of teaching and learning. In this article, the authors a) introduce four key constructs (student engagement, learning analytics, engagement analytics, modeling and data-driven modeling); b) explain why data-driven modeling is chosen for engagement analytics and the limitations of using a predefined framework; c) discuss how to use engagement analytics to promote pedagogical reflection
参与分析是学习分析(LA)的一个分支,主要关注学生的参与,大多数研究都是由计算机科学家进行的。因此,该领域的研究通常将教育视为算法优化的场景,而不是专注于学习,很少得出对实践的启示。作为一个研究领域,LA已经有近十年的历史,但它对我们理解教与学的贡献和对学习促进的影响还不充分。本文认为,参与性分析的数据驱动建模有助于评估学生的参与性,并促进对教学质量的反思。在本文中,作者a)介绍了四个关键结构(学生参与、学习分析、参与分析、建模和数据驱动建模);B)解释为什么选择数据驱动建模进行用户粘性分析,以及使用预定义框架的局限性;C)讨论如何使用参与分析来促进教学反思
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引用次数: 2
Which Learning Analytics for a socio-constructivist teaching and learning blended experience? 哪种学习分析适合社会建构主义的教与学混合体验?
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135047
N. Sansone, D. Cesareni
The contribution describes and problematizes the use of learning analytics within a blended university course based on a socio-constructivist approach and aimed at constructing artefacts and knowledge. Specifically, the authors focus on the assessment system adopted in the course, deliberately inspired by the principles of formative assessment: an ongoing assessment in the form of feedback shared with the students, and which integrates the teacher’s assessment with self-assessment and peer-assessment. This system obviously requires the integration of qualitative procedures from teachers and tutors and quantitative managed through the reporting functions of the LMS and online tools used for the course. The contribution ends with a reflection on the possibilities of technological development of learning analytics within the learning environment, such as to better support constructivist teaching: Learning Analytics that comes closest to social LA techniques providing the teacher with a richer picture of the student’s behaviour and learning processes.
该贡献描述并提出了在基于社会建构主义方法的混合大学课程中学习分析的使用问题,旨在构建人工制品和知识。具体而言,作者将重点放在课程中采用的评估系统上,刻意受到形成性评估原则的启发:一种与学生分享反馈的持续评估,将教师的评估与自我评估和同行评估相结合。显然,该系统需要整合教师和导师的定性程序,并通过LMS的报告功能和课程使用的在线工具进行定量管理。该贡献以对学习环境中学习分析技术发展可能性的反思结束,例如更好地支持建构主义教学:最接近社会LA技术的学习分析,为教师提供了学生行为和学习过程的更丰富的画面。
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引用次数: 4
Reflecting a… “Bit”. What relationship between metacognition and ICT? 反映了一个…" Bit "。元认知与信息通信技术有何关系?
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135025
A. Cadamuro, E. Bisagno, C. Pecini, L. Vezzali
Using Information and Communication Technologies (ICT) in educational environments has become widespread in latest years. Since research underlined the important role played by metacognition and self-regulation abilities in fostering learning outcomes, the relationship between these aspects appears to be particularly worthy of investigation. In this review, we present 14 studies that have deepened the relationship between ICT, metacognitive skills and learning outcomes by identifying two main categories. Some articles investigated the effects of ICT environments combined with metacognitive aspects of learning outcomes, while others investigated the reciprocal relationship between ICT and metacognition. In general, from our review, the interaction between ICT and metacognition in producing better learning outcomes appears well established and the results highlight a bi-directional relationship between metacognition and ICT, but also allow to draw attention to gaps requiring further research.
近年来,在教育环境中使用信息通信技术(ICT)已经变得非常普遍。由于研究强调了元认知和自我调节能力在促进学习成果方面的重要作用,因此这两个方面之间的关系似乎特别值得研究。在这篇综述中,我们介绍了14项研究,通过确定两个主要类别,加深了信息通信技术、元认知技能和学习成果之间的关系。一些文章研究了信息通信技术环境与元认知方面对学习结果的影响,而另一些文章则研究了信息通信技术与元认知之间的相互关系。总的来说,从我们的综述来看,信息通信技术和元认知之间的相互作用在产生更好的学习结果方面似乎已经建立起来,结果突出了元认知和信息通信技术之间的双向关系,但也允许人们注意需要进一步研究的差距。
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引用次数: 3
Learning analytics in online social interactions. The case of a MOOC on ‘language awareness’ promoted by the European Commission 学习在线社交互动中的分析。由欧盟委员会推动的关于“语言意识”的MOOC案例
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135030
Letizia Cinganotto, D. Cuccurullo
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引用次数: 1
An agnostic monitoring system for Italian as second language online learning 意大利语作为第二语言在线学习的不可知论监测系统
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135041
Gerardo Fallani, Stefano Penge, Paola Tettamanti
This contribution follows the trend in educational research to collect data and create an information-based system to improve learning effectiveness. However, the value of quantitative data collected through online platforms is a subject of debate: when starting from data (inductively) meaningful interpretations are hard to discover; on the other hand, when starting from a priori schema (deductively), there is a risk of lack of flexibility and responsiveness to the changes. Hence, the need to hypothesize a different approach. For this purpose, a monitoring system whose architecture we defined as agnostic has been built and tested. That system was connected to an online learning environment with free educational resources, whose operating learning fulcrum is the Digital Learning Unit (DLU), an original theoreticalpractical device which allows interpretative assumptions to be made on the data obtainable from the system.
这一贡献遵循了教育研究的趋势,即收集数据并创建基于信息的系统以提高学习效率。然而,通过在线平台收集的定量数据的价值是一个有争议的话题:当从数据(归纳)开始时,很难发现有意义的解释;另一方面,当从先验模式(演绎)开始时,存在缺乏灵活性和对更改的响应性的风险。因此,有必要假设一种不同的方法。为此,我们构建并测试了一个我们定义为不可知论的监控系统。该系统连接到具有免费教育资源的在线学习环境,其操作学习支点是数字学习单元(DLU),这是一种原始的理论实用设备,允许对从系统中获得的数据做出解释性假设。
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引用次数: 0
University Dropout Prediction through Educational Data Mining Techniques: A Systematic Review 通过教育数据挖掘技术预测大学辍学:系统综述
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135017
F. Agrusti, G. Bonavolontà, M. Mezzini
The dropout rates in the European countries is one of the major issues to be faced in a near future as stated in the Europe 2020 strategy. In 2017, an average of 10.6% of young people (aged 18-24) in the EU-28 were early leavers from education and training according to Eurostat’s statistics. The main aim of this review is to identify studies which uses educational data mining techniques to predict university dropout in traditional courses. In Scopus and Web of Science (WoS) catalogues, we identified 241 studies related to this topic from which we selected 73, focusing on what data mining techniques are used for predicting university dropout. We identified 6 data mining classification techniques, 53 data mining algorithms and 14 data mining tools.
正如欧洲2020战略所述,欧洲国家的辍学率是不久的将来面临的主要问题之一。根据欧盟统计局的统计数据,2017年,欧盟28国平均有10.6%的年轻人(18-24岁)过早离开教育和培训。本综述的主要目的是识别使用教育数据挖掘技术来预测传统课程大学辍学率的研究。在Scopus和Web of Science (WoS)目录中,我们确定了241项与该主题相关的研究,从中选择了73项,重点关注哪些数据挖掘技术用于预测大学辍学率。我们确定了6种数据挖掘分类技术,53种数据挖掘算法和14种数据挖掘工具。
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引用次数: 2
Improving learning with augmented reality: A didactic re-mediation model from inf@nzia digitales 3.6 通过增强现实改善学习:来自inf@nzia digitales 3.6的教学再中介模型
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135032
M. D. Angelis, Angelo Gaeta, F. Orciuoli, Mimmo Parente
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引用次数: 2
A social network analysis approach to a digital interactive storytelling in mathematics 数学中数字互动故事叙述的社会网络分析方法
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135035
M. Polo, U. D. Iacono, G. Fiorentino, A. Pierri
In this paper we present a social analysis of the interactions among the students involved in a trial of the Italian PRIN project “Digital Interactive Storytelling in Mathematics: a Competence-based Social Approach”. The instructional design is based on collaborative scripts within a digital storytelling framework where the story follows the interactions among the characters played by the students and an expert (teacher or researcher). We report the results of a trial that involved teachers and students from the upper secondary school, analysing from a Social Network Analysis point of view the interventions of the expert, the involvement/participation of the students and the interactions among peers and with the expert. We also briefly discuss potentialities and limitations of the currently available tools to perform this kind of analysis, in view of the broader perspective offered by the Learning Analytics approach.
在本文中,我们对参与意大利PRIN项目“数学中的数字互动故事叙述:基于能力的社会方法”试验的学生之间的互动进行了社会分析。教学设计基于数字叙事框架内的协作脚本,故事遵循学生和专家(教师或研究人员)扮演的角色之间的互动。我们报告了一项涉及高中教师和学生的试验结果,从社会网络分析的角度分析了专家的干预,学生的参与/参与以及同伴之间和与专家的互动。鉴于学习分析方法提供的更广泛的视角,我们还简要讨论了当前可用工具执行此类分析的潜力和局限性。
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引用次数: 5
Data management in Learning Analytics: terms and perspectives 学习分析中的数据管理:术语和观点
IF 1.1 Q2 Social Sciences Pub Date : 2019-10-12 DOI: 10.20368/1971-8829/1135021
C. Bellini, A. D. Santis, Katia Sannicandro, T. Minerva
Online teaching environments acquire extremely high granularity of data, both on users’ personal profiles and on their behaviour and results. Learning Analytics (LA) is open to numerous possible research scenarios thanks to the development of technology and the speed of data collection. One characteristic element is that the data are not anonymous, but they reproduce a personalization and identification of the profiles. Identifiability of the student is implicit in the teaching process, but access to Analytics techniques reveals a fundamental question: “What is the limit?” The answer to this question should be preliminary to any use of data by students, teachers, instructors and managers of the online learning environments. In the present day, we are also experiencing a particular moment of change: the effects of the European General Data Protection Regulation (GDPR) 679/2016, the general regulation on the protection of personal data that aims to standardize all national legislation and adapt it to the new needs
在线教学环境获得了极高粒度的数据,包括用户的个人资料,以及他们的行为和结果。由于技术的发展和数据收集的速度,学习分析(LA)对许多可能的研究场景开放。一个特征元素是数据不是匿名的,但它们再现了配置文件的个性化和识别。学生的可识别性在教学过程中是隐含的,但使用分析技术揭示了一个基本问题:“极限是什么?”这个问题的答案应该是学生、教师、讲师和在线学习环境管理人员使用数据的初步答案。目前,我们也正在经历一个特殊的变化时刻:欧洲通用数据保护条例(GDPR) 679/2016的影响,个人数据保护的一般规定,旨在使所有国家立法标准化,并使其适应新的需求
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引用次数: 2
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Journal of E-Learning and Knowledge Society
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