Relevant bibliographies by topics / CSCL, Collaboration

Academic literature on the topic 'CSCL, Collaboration'

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Published: 4 June 2021
Last updated: 20 February 2023

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Journal articles on the topic "CSCL, Collaboration"

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Jee, Min Jung. "Computer Supported Collaborative LANGUAGE Learning (CSCLL)." EuroCALL Review 16 (March 15, 2010): 31. http://dx.doi.org/10.4995/eurocall.2010.16335.

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<p>As the title suggests, the concept of Computer-Supported Collaborative Language Learning (CSCLL) adopts and shares many aspects of Computer-Supported Collaborative Learning (CSCL). This article is an attempt to incorporate CSCL in English as a Second Language (ESL) and English as a Foreign Language (EFL) contexts, and to examine the potential applicability of CSCL in ESL and EFL classes. The goal of this article is to examine potential effects of CSCL in ESL and EFL. To validate its usefulness, the theoretical framework of CSCL and the effects of collaboration in language learning are introduced. With guidelines for task design, a sample of CSCLL is presented. The specific description of the sample is designed to enhance the ESL and EFL teachers' understanding and to motivate them to use CSCLL in their teaching contexts. Practical tips for classroom implementation will be also included. In addition, potential benefits and limitations are discussed. Among these are increased authenticity, eliciting students' active participation and interaction, flexibility, reduced anxiety and higher motivation, scaffolding and collaboration, learnercenteredness, developing electronic literacy and promoting ownership and personal responsibility by webpublishing. Affordability, practicality and heavy work-load for the teachers can be considered as potential limitations. Finally, pedagogical implications for teachers and researchers are suggested.</p>
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Costaguta, Rosanna, Pablo Santana-Mansilla, Germán Lescano, and Daniela Missio. "Mining Associations Between Collaborative Skills and Group Roles in Collaborative E-Learning Environments." Journal of Information Technology Research 12, no. 2 (April 2019): 159–74. http://dx.doi.org/10.4018/jitr.2019040109.

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Nowadays it is quite common for universities to use computer-supported collaborative learning (CSCL) systems to favor group learning and teaching processes. CSCL systems provide communication, coordination and collaboration tools that ease group dynamic regardless space-time location of group members. However, forming a group and having the technology to support group tasks is not enough to guarantee students collaboration. Effective collaboration supposes the manifestation of specific roles by group members. Considering that group roles are conditioned (among other factors) by collaborative skills that students manifest, this article explores relations between collaborative skills and group roles by means of the application of association rules over a dataset of university students' interactions during CSCL sessions. The discovered knowledge might be used for automatic recognition of student roles based on collaborative skills that students manifest in their groups. Furthermore, the discovered association rules could be used for forming groups with a balanced combination of roles.
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Lazareva, Aleksandra. "Role Scripting as a Tool to Foster Transactivity of Asynchronous Student Discussions." International Journal of Online Pedagogy and Course Design 11, no. 3 (July 2021): 1–16. http://dx.doi.org/10.4018/ijopcd.2021070101.

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Transactivity of student discussions is crucial in computer-supported collaborative learning (CSCL). However, CSCL learners often lack well-developed argumentation and negotiation skills, which makes it challenging for them to engage in and maintain a transactive discussion. Collaboration scripts have been implemented in CSCL contexts and have demonstrated positive effects on students' collaboration and argumentation skills. Yet, the degree of transactivity of student interactions is rarely addressed directly in CSCL research. Employing a qualitative content analysis approach, this study seeks to understand how a role script affects the transactivity of students' argumentative knowledge co-construction in the context of a multicultural master's degree CSCL course. The study employs an experimental design. The results demonstrate that students in the scripted condition produced more contributions on higher levels of argumentative knowledge construction than unscripted students. However, tutor involvement may be necessary to ensure proper script appropriation.
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Pozzi, F., L. Hofmann, D. Persico, K. Stegmann, and F. Fischer. "Structuring CSCL Through Collaborative Techniques and Scripts." International Journal of Online Pedagogy and Course Design 1, no. 4 (October 2011): 39–49. http://dx.doi.org/10.4018/ijopcd.2011100103.

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This paper is rooted in the research field of Computer Supported Collaborative Learning (CSCL), where the debate is lively around whether and to what extent structuring the interactions among students enhances the effectiveness of the collaborative process. The paper discusses two different design approaches to structuring collaboration: the former approach, adopted in the context of an Italian online course, is based on the use of a set of collaborative techniques, while in the latter, proposed in a German context, collaboration scripts are used to guide students step-by-step. The study describes and then compares the strengths and weaknesses of the two approaches. What can be learned from the two experiences? Is there any possibility – and with what advantages – of integrating the two approaches, so as to gain from both?
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Shell, Duane F., Jenefer Husman, Jeannine E. Turner, Deborah M. Cliffel, Indira Nath, and Noelle Sweany. "The Impact of Computer Supported Collaborative Learning Communities on High School Students' Knowledge Building, Strategic Learning, and Perceptions of the Classroom." Journal of Educational Computing Research 33, no. 3 (October 2005): 327–49. http://dx.doi.org/10.2190/787l-bcbq-20fn-fw6c.

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Across two years, we examined the effects of teachers' attempts to implement computer supported collaborative learning (CSCL) communities in classrooms in two high schools on students' knowledge building, strategic learning, and perceptions of the classroom environment. In year one, 429 (fall) and 317 (spring) students in the classes of 8 teachers and in year two, 946 students in the classes of 18 teachers participated. Students in classes where CSCL communities were more fully established reported more knowledge building goals and activities, more question asking, and higher perception of collaboration with fellow students. Students' reports of knowledge building, strategic learning, and perceptions of the classroom were also associated with their classroom achievement. Results suggest that implementing practices and technology supportive of CSCL communities can foster increased student knowledge building and enhance students' perceptions of collaboration in regular classroom environments.
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Ovalle Carranza, Demetrio Arturo, Jovani Alberto Jiménez Builes, and César Alberto Collazos Ordóñez. "Model for supporting awareness in the CSCL ALLEGRO environment through a blackboard architecture." Ingeniería e Investigación 26, no. 3 (September 1, 2006): 67–77. http://dx.doi.org/10.15446/ing.investig.v26n3.14753.

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This paper is aimed at describing collaborative activities, the awareness process and blackboard architecture used within the ALLEGRO system, a multi-agent learning and teaching environment which has included artificial intelligence mechanisms (instructional planning (IP), cased-based reasoning (CBR), multi-agent systems (MAS), intelligent tutoring systems (ITS) and computer supported collaborative learning (CSCL)). The proposed model of awareness promotes communication, collaboration and coordination in CSCL ALLEGRO. MAS-CommonKADS methodology was applied for building the Multi-Agent system. ALLEGRO based its instructional approach on the following three pedagogical paradigms: conductive behavior, cognitive mechanisms (distributed cognition and problem-based learning) and social-historical theory. The system was validated via several case studies regarding the graphical digital domain for postgraduate architectural studies. The proposed awareness model lets students develop important skills such as conscious behavior, communication, collaboration and coordination in the CSCL component of the ALLEGRO system. This model facilitates students acquiring a perception of what others are doing inside the CSCL, thereby using such knowledge for interacting with the environment and developing leading to expressing and exchanging ideas and opinions with other students, transforming the class into an open virtual forum for reflection, proactive interaction and a critical space for exchanging ideas. The proposed instructional model is a valuable resource from the technological and pedagogical point of view as different theories are integrated, some of them conflicting with others.
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Gerdes, Anne. "Revealing preconditions for trustful collaboration in CSCL." International Journal of Computer-Supported Collaborative Learning 5, no. 3 (June 26, 2010): 345–53. http://dx.doi.org/10.1007/s11412-010-9090-8.

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Chen, Yuxin, Christopher D. Andrews, Cindy E. Hmelo-Silver, and Cynthia D'Angelo. "Coding schemes as lenses on collaborative learning." Information and Learning Sciences 121, no. 1/2 (December 12, 2019): 1–18. http://dx.doi.org/10.1108/ils-08-2019-0079.

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Purpose Computer-supported collaborative learning (CSCL) is widely used in different levels of education across disciplines and domains. Researchers in the field have proposed various conceptual frameworks toward a comprehensive understanding of CSCL. However, as the definition of CSCL is varied and contextualized, it is critical to develop a shared understanding of collaboration and common definitions for the metrics that are used. The purpose of this research is to present a synthesis that focuses explicitly on the types and features of coding schemes that are used as analytic tools for CSCL. Design/methodology/approach This research collected coding schemes from researchers with diverse backgrounds who participated in a series of workshops on collaborative learning and adaptive support in CSCL, as well as coding schemes from recent volumes of the International Journal of Computer-Supported Collaborative learning (ijCSCL). Each original coding scheme was reviewed to generate an empirically grounded framework that reflects collaborative learning models. Findings The analysis generated 13 categories, which were further classified into three domains: cognitive, social and integrated. Most coding schemes contained categories in the cognitive and integrated domains. Practical implications This synthesized coding scheme could be used as a toolkit for researchers to pay attention to the multiple and complex dimensions of collaborative learning and for developing a shared language of collaborative learning. Originality/value By analyzing a set of coding schemes, the authors highlight what CSCL researchers find important by making these implicit understandings of collaborative learning visible and by proposing a common language for researchers across disciplines to communicate by referencing a synthesized framework.
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Strauß, Sebastian, and Nikol Rummel. "Promoting interaction in online distance education: designing, implementing and supporting collaborative learning." Information and Learning Sciences 121, no. 5/6 (June 29, 2020): 251–60. http://dx.doi.org/10.1108/ils-04-2020-0090.

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Purpose Against the background of empirical research on computer-supported collaborative learning (CSCL), the purpose of this paper is to advocate implementing collaborative learning activities into online distance education courses to engage learners in interactive knowledge construction. This study uses empirical evidence to illustrate how educators can integrate collaborative learning and designated collaboration support into their instructional design. Design/methodology/approach This study presents a general review of research literature from the field of CSCL to highlight productive interaction between learners as key learning mechanisms, summarize core features of collaborative tasks, which promote interaction between learners and present group awareness tools and collaboration scripts as two complementary approaches to support groups during collaborative learning. Findings Empirical research suggests that collaborative learning is an effective learning activity and that incorporating collaborative learning into online courses benefits learners in terms of learning and social aspects such as social presence. However, to leverage the potential of collaborative learning, careful instructional design that promotes productive interaction between students is necessary. Originality/value This paper provides an overview on the topic of collaborative learning and how meaningful interaction between learners can be fostered. Specifically, this study details how collaborative tasks can be designed and how collaboration support can be used to provide students with opportunities for interaction that fosters acquiring new domain-specific knowledge as well as collaboration skills. To allow educators to design and incorporate collaborative learning activities into their own online teaching, the authors provide a theoretical basis for understanding the mechanisms behind effective collaborative learning as well as examples and practical considerations.
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Lazareva, Aleksandra, and Bjørn Erik Munkvold. "Facilitating Collaboration." International Journal of e-Collaboration 13, no. 3 (July 2017): 22–38. http://dx.doi.org/10.4018/ijec.2017070102.

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This article explores the potential synergy between computer-supported collaborative learning (CSCL) and collaboration engineering (CE). Both areas pursue the goal of understanding how to manage interactions in collaborative groups to achieve shared understanding, reduce process losses, and improve performance. By analyzing the research in the two areas, the authors identify several topics where exchange of research findings would be of mutual benefit. For example, research on CE can inform collaboration script research on reducing learners' cognitive load, providing sufficient guidance on the use of tools, and specifying the instructor role during the collaborative learning process. Similarly, collaboration script research can provide useful insights to CE on the appropriation and internalization of effective support strategies. CE research could also learn from script research on training group participants into specific roles. Further challenges include designing scripts that balance restrictiveness and flexibility and refining the theoretical foundation of the two research areas.
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Dissertations / Theses on the topic "CSCL, Collaboration"

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Turani, Aiman. "A Pedagogical Application Framework for Synchronous Collaboration." Thesis, The University of Sydney, 2007. http://hdl.handle.net/2123/1943.

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Designing successful collaborative learning activities is a new focus of research within the E-Learning community. The social dimension inside the traditional face-to-face collaborative learning is important and must be included in the online learning designs. In this thesis, we introduce the concept of Pedagogical Application Frameworks, and describe Beehive, a pedagogical application framework for synchronous collaborative learning. Beehive guides teachers in reusing online collaborative learning activities based on well-known pedagogical designs, to accomplish their educational objectives within a certain educational setting, and also simplifies the development of new pedagogical collaboration designs. Beehive’s conceptual model has four abstraction layers: Pedagogical Techniques, Collaboration Task patterns, CSCL Components, and CSCL script. By following the framework’s guidelines and specifications, developers will place the control of designing pedagogical collaboration tools in the teacher’s hand rather than in the software designer’s.
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Turani, Aiman. "A Pedagogical Application Framework for Synchronous Collaboration." Electrical and Information Engineering, 2007. http://hdl.handle.net/2123/1943.

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Doctor of Philosophy(PhD)
Designing successful collaborative learning activities is a new focus of research within the E-Learning community. The social dimension inside the traditional face-to-face collaborative learning is important and must be included in the online learning designs. In this thesis, we introduce the concept of Pedagogical Application Frameworks, and describe Beehive, a pedagogical application framework for synchronous collaborative learning. Beehive guides teachers in reusing online collaborative learning activities based on well-known pedagogical designs, to accomplish their educational objectives within a certain educational setting, and also simplifies the development of new pedagogical collaboration designs. Beehive’s conceptual model has four abstraction layers: Pedagogical Techniques, Collaboration Task patterns, CSCL Components, and CSCL script. By following the framework’s guidelines and specifications, developers will place the control of designing pedagogical collaboration tools in the teacher’s hand rather than in the software designer’s.
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Tucker, Andrea. "Learning to collaborate : the influence of physical digital workspaces on the development of collaborative competencies." Thesis, Lille 3, 2020. http://www.theses.fr/2020LIL3H039.

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Cette recherche vise à investiguer les méthodes de travail et d’apprentissage collaborative dans la sphère éducative. Quelles sont les compétences associées à la collaboration ? Comment sont-elles acquises ? Comment les technologies qui ont à la fois une nature physique et numérique influencent-t-elles ces processus ? La capacité d’un individu à travailler collaborativement est au cœur des intérêts institutionnels aujourd’hui, marqué notamment par un discours sur les pratiques collaboratives facilités par des technologies adaptés. A cette fin, nous étudions comment trois formes differentes d’espaces physiques-numérique de travail influencent la collaboration lorsque les élèves travaillent en groupe. Cela inclut les tables et tableaux tactiles multi-utilisateur, ainsi que les tablettes en differentes combinaisons. Nous proposons un modèle de la collaboration et d’évaluation des compétences collaboratives. Nous proposons d’un état de l’art sur la collaboration instrumentée, la collaboration en tant que compétences et les espaces physiques-numériques de travail. Nous présentons ensuite notre protocole de recherche mobilisant 45 élèves ingénieur travaillant sur des cas d’études dans le contexte d’un cours universitaire. Nous proposons un modèle de collaboration que nous mobilisons ainsi qu’un référentiel de compétence pour évaluer l’engagement et les impacts de certains comportements selon 5 compétences clés. Nos résultats montrent que la forme de l’espace physique-numériques où travail le groupe a une influence sur les modes d’interactions mobilisés par les élèves pendant leur travail ainsi que sur l’activation de certaines compétences. Notamment, les espace de travail qui intègre un espace individuel et collectif semble avoir une influence positive sur les modes d’interaction et d’activation des compétences lié à la participation et à l’engagement, la communication et le partage de temps de parole
This research aims to investigate collaborative methods of working and learning in an educational context. What are the competencies associated with collaboration and how are they acquired? How do technologies that have both physical and digital affordances influence this process? The capacity of an individual to work collaboratively with others is at the heart of current institutional concerns, marked particularly by discourse about how collaborative practices can be facilitated by adapted technologies. To this end, we study how three different forms of physical-digital workspaces influence collaboration in student work groups, including multi-user tactile tables, boards and individual tablets used in various combinations with the aim of proposing a model for collaboration and collaborative competency assessment. In this dissertation we propose a state of the art on collaboration, collaboration as a competency and physical-digital workspaces. Then, we present our research protocol from a study with 45 university students working on case studies in the context of a course. We propose two models. The first is a model of interactions mobilized during collaborative work. The second is a framework for assessing engagement and the impact of behaviors during collaboration based on five key competencies. Our results show that the form of the physical-digital workspace has an influence on modes of interaction employed by students during their work as well as on the appearance or lack thereof of certain competencies. Most notably, those workspaces which integrate both individual and collective space seem to have the most positive impact on collaborative processes and competency activation related to participation and engagement, communication, and sharing talk time
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Seidel, Niels. "Interaction Design Patterns und CSCL-Scripts für Videolernumgebungen." Doctoral thesis, Saechsische Landesbibliothek- Staats- und Universitaetsbibliothek Dresden, 2018. http://nbn-resolving.de/urn:nbn:de:bsz:14-qucosa-233756.

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In den letzten Jahren haben Lernvideos im Bereich des informellen und formellen Lernens an Bedeutung gewonnen. Inwieweit Lernende bei der Nutzung von Videos unterstützt werden und Lehrende didaktische Szenarien umsetzen können, hängt jedoch von der eingesetzten Videolernumgebung ab. Es ist Anliegen der vorliegende Arbeit, Prinzipien des User Interface Designs sowie Komponenten und Mechanismen videobasierter Lehr-Lern-Szenarien in Bezug auf Videolernumgebungen zu identifizieren, zu beschreiben und technisch zu realisieren. Das Ziel besteht darin, Gestaltungsprinzipien in Form von Interaction Design Patterns zu erarbeiten und computergestützte videobasierte Lehr-Lern-Szenarien mit Hilfe von CSCL-Scripts durch eine geeignete Spezifikation und Formalisierung zu realisieren. Für die Erarbeitung der Interaction Design Patterns wurden 121 Videolernumgebungen hinsichtlich 50 Kategorien in einer Inhaltsanalyse empirisch untersucht und dokumentiert. Unter Berücksichtigung ähnlicher Patterns aus thematisch verwandten Pattern Languages und den Erfahrungen aus der Implementierung und dem Einsatz von Videolernumgebungen entstanden 45 Interaction Design Patterns für verbreitete Lösungen für wiederkehrende Probleme bei der Gestaltung und Entwicklung von Videolernumgebungen. Diese Patterns wurden auf Pattern Konferenzen diskutiert und im Anschluss evaluiert sowie bei der Konzeption, Entwicklung und Bewertung mehrerer Videolernumgebungen angewendet. Zudem wurde das Software Framework VI-TWO vorgestellt, mit dem sich fast alle Patterns auf einfache Weise in Web-Anwendungen realisieren lassen. Zur Spezifikation videobasierter CSCL-Scripts wurden existierende videobasierte und nicht videobasierte Scripts analysiert. Im Ergebnis unterschieden sich videobasierte CSCL-Scripts von allgemeinen CSCL-Scripts vor allem hinsichtlich der mit dem Video verknüpften oder darin verankerten Aufgaben und Aktivitäten. Videos werden dabei nicht als monolithische Einheiten, sondern als zeitkontinuierliche Medien betrachtet, in denen weitere Informationen zeitgenau verankert und Lernaktivitäten stattfinden können. Außerdem ließen sich drei Typen videobasierter CSCL-Scripts identifizieren: (1) Scripts zur Analyse und Diskussion von Videoinhalten, (2) Peer Annotation Scripts einschließlich dem Peer Assessment und (3) Jigsaw-Scripts, die das problembasierte Lernen mit Hilfe von Videos ermöglichen. Unabhängig davon variiert die Komplexität der Scripts auf drei Stufen: (1) sofern voneinander abgegrenzte zeitliche Phasen von Lernaktivitäten bestehen, (2) wenn darüber hinaus die Teilnehmer innerhalb von Gruppen Aufgaben bearbeiten (intra-group) und (3) falls außerdem Aufgaben auch gruppenübergreifend bearbeitet werden (inter-group). Auf Grundlage der Spezifikation konnte ein Datenmodell und ein Modell für die nutzerseitige Modellierung von Scripts verschiedener Komplexitätsstufen sowie Typen entwickelt und in dem CSCL-System VI-LAB realisiert werden. Diese Arbeit leistet in zweifacher Hinsicht einen Beitrag zur Forschung im Bereich E-Learning. Zum einen beschreiben die Interaction Design Patterns wiederkehrende User Interface Lösungen und stellen somit ein Hilfsmittel für Designer, Software Entwickler und Lehrende bei der Gestaltung und Implementierung von Videolernumgebungen dar. Zum anderen wurden durch die Spezifikation und softwareseitige Umsetzung videobasierter CSCL-Scripts Voraussetzungen geschaffen, die den praktischen Einsatz und die weitere Untersuchung des kollaborativen Lernens mit Videos ermöglichen.
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Black, Elizabeth Ann. "Good Issues and bad tidying: what GitHub can tell us about agency in project-based group modelling work for higher education." Thesis, The University of Sydney, 2022. https://hdl.handle.net/2123/29571.

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Collaborative project work in technology-enabled environments at university is essential for learners to become ready for an increasingly global, complex, and virtualised workplace. Research on effective pedagogical and technical design for computer supported collaborative learning in higher education (CSCL) has often taken place in synchronous contexts, using specialised technology platforms. However, large-scale changes to work and education resulting from the COVID-19 pandemic necessitate the development of pedagogical and research approaches that support students working asynchronously, in distributed teams, using collaboration platforms that extend beyond institutional infrastructure. Within the field of CSCL, knowledge building research has shown collaboration to be a complex systems phenomenon, involving the intersection of individual and collective efforts to actively advance the group’s shared knowledge, but studies analysing interaction data have been resource-intensive to conduct. Contemporary workplace platforms such as professional knowledge environments have multiple design affordances consistent with knowledge building principles, as well as the capacity to generate rich data about user activity. However, we have little understanding to date as to how these environments can support knowledge building pedagogies and facilitate associated research. This study uses a case study approach and thematic analysis to investigate the activity of three university groups engaged in a collaborative modelling task over time. It investigates how agency emerges during project work in professional knowledge environments, and how the system interaction data can extend our understanding of effective collaboration processes. The results show that the GitHub platform can support knowledge building pedagogical designs in facilitating individual and collective agency in higher education group work, and provide insights into epistemic, regulative and relational aspects of learner behaviour at individual and group levels. These findings extend our understanding of effective learning design to novel environments of a type likely to be used by our students in the workplace, and make design and methodological contributions to research on computer-supported collaborative learning.
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Inuzuka, Marcelo Akira. "Uso educativo do wiki: um estudo de caso na Faculdade de EducaÃÃo da Universidade de BrasÃlia." Universidade Federal do CearÃ, 2008. http://www.teses.ufc.br/tde_busca/arquivo.php?codArquivo=3942.

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nÃo hÃ
O presente trabalho tem como objetivo analisar a vivÃncia experimentada por alunos de uma turma de pedagogia, no uso pedagÃgico de uma ferramenta colaborativa baseada em wiki. A pesquisa foi realizada na Faculdade de EducaÃÃo da Universidade de BrasÃlia (UnB) em quatro semanas cedidas de uma disciplina denominada âPrÃticas MediÃticas de InformÃtica na EducaÃÃoâ cedidas pelo orientador desta dissertaÃÃo. Trata-se de um estudo de caso que utiliza uma metodologia de pesquisa-aÃÃo participativa. Para colher as opiniÃes dos participantes, foram aplicados: questionÃrio; entrevistas individuais e em grupo; e um seminÃrio com participaÃÃo de grupos formados por temas. Como referencial teÃrico, foram utilizado os quatro critÃrios de anÃlise de Dillenbourg (situaÃÃo, interaÃÃo, mecanismo e efeito) da Aprendizagem Colaborativa Suportada por Computador (CSCL) e o modelo de construÃÃo colaborativa de conhecimento de Stahl para projetar o Ambiente de ConstruÃÃo de Conhecimento (KBE) utilizado. Antes de aplicar este estudo de caso, vÃrios outros foram analisados, assim, o projeto levou em conta a experiÃncia de outras pesquisadores do tema. AtravÃs da anÃlise dos resultados, foram percebidos pelos alunos vÃrias dificuldades tÃcnicas de operaÃÃo e dificuldades culturais, especialmente relacionados a colaboraÃÃo em equipe; porÃm os alunos consideraram a ferramenta como pedagogicamente Ãtil e viÃvel, considerando a vantagem de compartilhamento de informaÃÃes entre pares como a maior vantagem da ferramenta wiki.
This work aims to examine the living experienced by students of a class of pedagogy, teaching in the use of a collaborative tool based on wiki. The research was conducted at the Faculty of Education at the University of Brasilia (UNB) in four weeks from a discipline called âMediated Practices of Informatics in Educationâ given by the advisor of this dissertation. It is a case study using a method of participatory research-action. To collect the views of participants, were used: questionnaire, individual and group interviews, and a seminar with participation of groups formed by themes. As theoretical reference, the four criteria were used for analysis of Dillenbourg (situation, interaction, mechanism and effect) of the Computer Supported Collaborative Learning (CSCL) theory and the model of collaborative construction of knowledge of Stahl to design the Knowledge Building Environment (KBE ) used. Before applying this case study, several others were tested; therefore, the project took into account the experience of other researchers of the subject. Through analysis of the results, students perceived many technical difficulties in operation and cultural difficulties, especially related to collaborative work, but the students considered the pedagogical tool as useful and feasible, considering the advantage of sharing information between peers as the greatest advantage of wiki tool.
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Amarasinghe, Ishari. "The Orchestration of computer-supported collaboration scripts with learning analytics." Doctoral thesis, Universitat Pompeu Fabra, 2020. http://hdl.handle.net/10803/670420.

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Computer-supported collaborative learning (CSCL) creates avenues for productive collaboration between students. In CSCL, collaborative learning flow patterns (CLFPs) provide pedagogical rationale and constraints for structuring the collaboration process. While structured collaboration facilitates the design of favourable learning conditions, orchestration of collaboration becomes an important factor, as learner participation and real-world constraints can create deviations in real time. On the one hand, limited research has examined the orchestration challenges related to collaborative learning situations scripted according to CLFPs in authentic educational contexts to resolve collaboration at different scales. On the other hand, learning analytics (LA) can be used to provide proper technological tooling, infrastructure and support to orchestrate collaboration. To this end, this dissertation addresses the following research question: How can LA support orchestration mechanisms for scripted CSCL? To address this question, this dissertation first focuses on studying the orchestration challenges associated with scripted CSCL situations on small scales (in the classroom learning context) and large scales (in the distance learning context, specifically in massive open online courses [MOOCs]). In the classroom learning context, lack of teacher access to activity regulation mechanisms constituted a key challenge. In MOOCs, sustained student participation in multiple phases of the script was a primary challenge. The dissertation also focuses on studying the design of LA interventions that might address the orchestration challenges under examination. The proposed LA interventions range from human-in-control to machine-in-control in nature given the feasibility and regulation needs of the learning contexts under investigation. Following a design-based research (DBR) methodology, evaluation studies were conducted in naturalistic classrooms and in MOOCs to evaluate the effects of the proposed LA interventions and to understand the conditions for their successful implementation. The results of the evaluation studies conducted in the classroom context shed light on how teachers interpret LA data and how they action the resulting knowledge in authentic collaborative learning situations. In the distance learning context, the proposed interventions were critical in sustaining continuous flows of collaboration. The practical benefits and limitations of deploying LA solutions in real-world settings, as well as future research directions, are outlined.
El aprendizaje colaborativo asistido por ordenador (CSCL) ofrece oportunidades para la colaboración productiva entre estudiantes. En CSCL, los patrones de flujo de aprendizaje colaborativo (CLFP) proporcionan un fundamento pedagógico y restricciones para estructurar el proceso de colaboración. Si bien la colaboración estructurada facilita el diseño de condiciones de aprendizaje favorables, la orquestación de dicha colaboración estructurada se convierte en un factor importante, ya que la participación del alumno y los condicionantes del mundo real pueden crear desviaciones en el momento de su realización. Por un lado, existe una investigación limitada sobre los desafíos de la orquestación de aprendizaje colaborativo guiado según los CLFP en contextos educativos auténticos a diferentes escalas. Por otro lado, la analítica del aprendizaje (LA) se puede utilizar para proporcionar las herramientas tecnológicas, la infraestructura y el apoyo adecuados para orquestar la colaboración. Con este fin, esta tesis doctoral plantea la siguiente pregunta de investigación: ¿Cómo puede LA apoyar los mecanismos de orquestación de guiones de CSCL? Para abordar esta pregunta, la tesis doctoral se centra, primero, en estudiar los desafíos de la orquestación en situaciones CSCL guiadas a pequeña escala (en el contexto del aula) y a gran escala (en el contexto de aprendizaje a distancia, específicamente en cursos masivos abiertos en línea [MOOC]). En el contexto del aula, un reto imporante es la falta de acceso de los docentes a los mecanismos de regulación de la actividad. En los MOOC, el reto principal es sostener la participación de los estudiantes a lo largo de las diversas fases del guión. La tesis doctoral también se centra en estudiar el diseño de intervenciones de LA que podrían abordar los retos de orquestación detectados. Dadas las necesidades de viabilidad y regulación de los contextos de aprendizaje investigados, las intervenciones de LA propuestas van desde acciones automáticas donde la “máquina está en control” a intervenciones que implican “control por humanos”. Siguiendo una metodología de investigación basada en el diseño (DBR), se han realizado estudios en aulas y en MOOCs para evaluar los efectos de las intervenciones de LA propuestas y comprender las condiciones para su buena implementación. Los resultados de la evaluación realizada en el contexto del aula arrojan luz sobre cómo los profesores interpretan los datos de LA y cómo actúan en consecuencia en situaciones auténticas de aprendizaje colaborativo. En el contexto de la educación a distancia, las intervenciones propuestas fueron fundamentales para mantener flujos continuos de colaboración. La tesis docotral describe los beneficios prácticos y las limitaciones a la hora de implementar soluciones de LA en entornos reales, así como las direcciones de investigación futuras.
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Gelius, Henrik. "Computer-supported collaboration using Pick-and-Drop interaction on handheld computers." Thesis, Linköping University, Department of Computer and Information Science, 2003. http://urn.kb.se/resolve?urn=urn:nbn:se:liu:diva-1737.

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This study investigates a new interaction technique for collaboration on handheld computers called Pick-and-Drop. The technique is an extension of the popular Drag-and-Drop method used in many graphical interfaces today, but with Pick-and-Drop on-screen objects can be picked from one screen with a pen and dropped onto another.

The aim of the study is to answer whether Pick-and-Drop promote collaboration among children by letting them focus more on other users and the task at hand than on the computer interaction. The study also investigates in what way collaborative situations can benefit from Pick-and-Drop.

A prototype Pick-and-Drop system was implemented on four customized handheld computers equipped with wireless network communication. The prototype allowed spontaneous collaboration using ad-hoc networks and peer-to-peer communication. Radio Frequency Identification (RFID) tags were used to identify the pens when picking and dropping objects from the screen.

Ten children aged 6-7 years old participated in the study at an after- school recreational centre. They tried Pick-and-Drop by playing a collaborative game of buying and selling apples using golden coins represented as icons on the screen. The test was video filmed for later analysis.

The study showed that Pick-and-Drop offers effective collaborative interaction based on a mix of turn taking and concurrent interaction. Users do not have to switch focus when using an application or sharing data as the interaction style stays the same. There was an interesting difference in control over the interaction when users shared objects by “giving” or by “taking”. Users stayed in better control when they shared objects through giving.

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Rydberg, Fåhraeus Eva. "A Triple Helix of Learning Processes - How to cultivate learning, communication and collaboration among distance-education learners." Doctoral thesis, KTH, Computer and Systems Sciences, DSV, 2003. http://urn.kb.se/resolve?urn=urn:nbn:se:kth:diva-3651.

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This work focuses on collaborative learning and how it canbe applied and supported in distance education. Previous workindi-cates that distance learners experience more loneliness,technical problems and lack of stimulation than face-to-facelearners do. Collaboration with peers may improve the feelingof connectedness and engagement. However, collaborativelearning is not the answer to all problems in distanceeducation--and it creates new problems. The present workexplores problems, opportunities and processes whencollaborative learning is introduced in distance education--andsuggests solutions.

Related research on distance education andcomputer-supported collaborative learning is reviewed andrelated to own research. The different roles of information andcommunication technology in these areas are described.

Six own research papers are reviewed and integrated. Threeof them explore university courses on computer use in society.Learners interacted mainly through a forum system, i.e. asystem for text-based, asynchronous electronic conferences anddiscussions. The special character offorum communication hadan impact on communication and collaboration processes. Onepaper summarizes these results and deduces a first list of tipsto teachers and systems designers, aiming to reduce problemsand take advantage of collabo-rative-learningopportunities.

One paper, a report to the Swedish School Board, provides anoverview of research on distance education, withrecommendations for use in secondary schools.

To get a broader picture of distance-education learners andtheir special situation and interests, a study was conducted inAustralia. Most of the learners were secondary-school students,living far away from towns. Communication was normallyrestricted to mail, radio and telephone. Opportunities forcollaboration between peers were rare, and correspondencetraditions and the lack of technological infrastructure weredelaying changes. However, a development towards morecollaborative learning had started.

Empirical data were gathered ethnographically in naturalcourse settings. Results were analysed using 'activity theory'as a framework.

The main contribution of this work is a description of howthree groups of learning processes develop and interact: (a) ofcontent, (b) of communication, and (c) of collaboration. Theyform the spiralling model of a"Triple Helix". Finally, detailed advice is given aschecklists to organisations, teachers, learners and systemdesigners.

Keywords:Distance education, Collaborative learning,Computer-supported collaborative learning, Information andcommuni-cation technology, ICT, Forum system, Learningprocesses.

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Honório, Hugo Luiz Gonzaga. "Sala de aula invertida: uma abordagem colaborativa na aprendizagem de matemática." Universidade Federal de Juiz de Fora (UFJF), 2017. https://repositorio.ufjf.br/jspui/handle/ufjf/4783.

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A presente pesquisa tem como objetivo elaborar, aplicar e avaliar um Processo para a implementação da Metodologia Sala de Aula Invertida, propiciando suporte à aprendizagem colaborativa do Ensino de Matemática. Para a elaboração deste Processo, tomaram-se como bases teóricas os autores: Munhoz (2015), pesquisador do tema em questão e, Jhonatan Bergmann e Aaron Sams (2016), criadores da Metodologia Sala de Aula Invertida. Em relação ao tema colaboração, a pesquisa se embasou na teoria da Computer Supported Collaborative Learning (CSCL) e no Modelo de colaboração 3C (FUKS et al., 2002) e (ELLIS et al., 1991), modelo este norteado pela ideia de que para colaborar, um grupo deve exercer três atividades principais: comunicar, coordenar e cooperar. O Processo foi implementado em uma turma do 9° ano do Ensino Fundamental e utilizou-se a metodologia de estudo de caso para investigar e analisar o comportamento e as reações dos alunos. Com a efetivação do Processo, pode-se constatar que os alunos colaboraram nos momentos de interações online e presenciais, a partir da apropriação dos elementos de colaboração do Modelo 3C. Observou-se ainda, que as interações entre os membros dos grupos deixaram os alunos mais independentes do professor e que, nos momentos presenciais, os alunos compartilharam entre si as suas próprias maneiras de compreender o conteúdo estudado, o que contribuiu para a construção coletiva do conhecimento. No que diz respeito à metodologia Sala de Aula Invertida, os alunos relataram de forma positiva a experiência, pois a disponibilidade de rever às videoaulas em qualquer momento, bem como o fato destes terem um acompanhamento mais individualizado pelo professor nos momentos presenciais, potencializou o processo de ensino-aprendizagem. Assim, concluiu-se que, o Processo proposto com suporte à aprendizagem colaborativa na Sala de Aula Invertida pode potencializar a metodologia, permitindo que os alunos criem espaços para refletirem sobre os conteúdos matemáticos estudados, a partir de uma aprendizagem mais autônoma, além de motivá-los aos estudos prévios de modo a enriquecer os encontros presenciais.
The aims of this research are to elaborate, apply and evaluate a Process for the implementation of the Flipped Classroom Methodology, by giving support to the collaborative learning of Mathematics. As theoretical bases, the authors who were taken in consideration for the elaboration of this Process are Munhoz (2015), researcher of this subject matter; and Jhonatan Bergmann and Aaron Sams (2016), formers of the Inverted Classroom Methodology. Concerning the theme “Collaboration”, the research was based on the Computer Supported Collaborative Learning theory (CSCL) and on the 3C Collaboration Model (FUKS et al., 2002), which is based on the idea that, to collaborate, a group must carry out three main activities: Communicating, Coordinating and Cooperating. The process was implemented in a 9th grade elementary school class and the case study methodology was used to investigate and analyze students' behavior and reactions. Through the implementation of the Process, students collaborated during the moments of online and face-to-face interaction, from the appropriation of the 3C model collaboration elements. It was also observed that the interaction between the members of the groups led them to be more independent of the teacher and, in the face-to-face moments, the students shared their own ways to understand the studied content, which has contributed significantly to the construction of knowledge. Regarding the Inverted Classroom methodology, the students have reported as positive this experience, since the availability of reviewing the videotapes at any time, as well as the fact that they had a more individualized monitoring by the teacher in the face-to-face moments, by expanding the power of teaching and learning processes. Thus, it was concluded that the proposed Process supported by Collaborative Learning activities in the Inverted Classroom can enhance the methodology. It allows students to create spaces to think about studied mathematical contents, from a more autonomous learning way. Besides motivating them to previous studies, face-to-face meetings can be enriched.
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Books on the topic "CSCL, Collaboration"

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Gerry, Stahl, ed. Computer Support for Collaborative Learning : foundations for a CSCL community: Proceedings of CSCL 2002, Boulder, Colorado, USA, January 7-11, 2002. Hillsdale, N.J: Distributed by L. Erlbaum Associates, 2002.

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Randall, David, and Pascal Salembier, eds. From CSCW to Web 2.0: European Developments in Collaborative Design. London: Springer London, 2010. http://dx.doi.org/10.1007/978-1-84882-965-7.

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D, Diaper, and Sanger C. 1950-, eds. CSCW in practice: An introduction and case studies. London: Springer-Verlag, 1993.

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David, Randall, and Salembier Pascal, eds. From CSCW to Web 2.0: European developments in collaborative design : selected papers from COOP08. London: Springer, 2010.

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International, Conference on Computer Support for Collaborative Learning (1st 1995 Bloomington Ind USA). Proceedings of CSCL '95: The First International Conference on Computer Support for Collaborative Learning : October 17-20, 1995, Indiana University, Bloomington, Indiana, USA. Mahwah, NJ: Lawrence Erlbaum Associates, 1995.

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International Conference on Computer Support for Collaborative Learning (2d 1997 University of Toronto). Proceedings of CSCL '97: The Second International Conference on Computer Support for Collaborative Learning, December 10-14, 1997, University of Toronto, Toronto, Ontario, Canada. [Toronto: University of Toronto, 1997.

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Hoadley, Christopher. Computer Support for Collaborative Learning (cscl '99). Taylor & Francis Group, 2000.

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Stahl, Gerry. Computer Support for Collaborative Learning: Foundations for A Cscl Community (cscl 2002 Proceedings). Lawrence Erlbaum, 2002.

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Wulf, Volker, Isa Jahnke, and Sean P. Goggins. Computer-Supported Collaborative Learning at the Workplace: CSCL@Work. Springer London, Limited, 2013.

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Wulf, Volker, Isa Jahnke, and Sean P. Goggins. Computer-Supported Collaborative Learning at the Workplace: CSCL@Work. Springer, 2015.

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Book chapters on the topic "CSCL, Collaboration"

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Chan, C. K. K., and J. Van Aalst. "Learning, Assessment and Collaboration in Computer-Supported Environments." In What We Know About CSCL, 87–112. Dordrecht: Springer Netherlands, 2004. http://dx.doi.org/10.1007/1-4020-7921-4_4.

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Hmelo-Silver, Cindy E., and Heisawn Jeong. "Synergies Among the Pillars." In Handbook of Open, Distance and Digital Education, 1–16. Singapore: Springer Singapore, 2022. http://dx.doi.org/10.1007/978-981-19-0351-9_83-1.

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AbstractComputer-Supported Collaborative Learning (CSCL) research has become pervasive in STEM (science, technology, engineering, and mathematics) education over the last several decades. Guided by sociocultural and social constructivist theories of learning, CSCL focuses on shared meaning making and is influenced by the three pillars of CSCL: enabling technologies, pedagogical designs, and modes of collaboration. This chapter identifies different approaches to CSCL that involve different combinations of these pillars. Based on an extensive literature review, we identify four distinct clusters that represent these different combinations. Focusing on two of these clusters, this chapter (1) identifies robust themes in this field and (2) discusses the positive outcomes associated with these aspects of CSCL. Outcomes include learning gains, process improvements, and affective outcomes. Across clusters, results demonstrate that scaffolding and feedback in different combinations are important for positive outcomes. However, feedback that is poorly timed or excessive sometimes impedes learning and affective outcomes. Moreover, different combinations are used with learners at different ages and learning goals. Designing CSCL for different learning environments requires considering the complex system of learning environments that emerge from the interaction among the learning contexts, learner characteristics, and learning activities.
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Hmelo-Silver, Cindy E., and Heisawn Jeong. "Synergies Among the Pillars." In Handbook of Open, Distance and Digital Education, 1357–72. Singapore: Springer Nature Singapore, 2023. http://dx.doi.org/10.1007/978-981-19-2080-6_83.

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AbstractComputer-Supported Collaborative Learning (CSCL) research has become pervasive in STEM (science, technology, engineering, and mathematics) education over the last several decades. Guided by sociocultural and social constructivist theories of learning, CSCL focuses on shared meaning making and is influenced by the three pillars of CSCL: enabling technologies, pedagogical designs, and modes of collaboration. This chapter identifies different approaches to CSCL that involve different combinations of these pillars. Based on an extensive literature review, we identify four distinct clusters that represent these different combinations. Focusing on two of these clusters, this chapter (1) identifies robust themes in this field and (2) discusses the positive outcomes associated with these aspects of CSCL. Outcomes include learning gains, process improvements, and affective outcomes. Across clusters, results demonstrate that scaffolding and feedback in different combinations are important for positive outcomes. However, feedback that is poorly timed or excessive sometimes impedes learning and affective outcomes. Moreover, different combinations are used with learners at different ages and learning goals. Designing CSCL for different learning environments requires considering the complex system of learning environments that emerge from the interaction among the learning contexts, learner characteristics, and learning activities.
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Papasalouros, Andreas, and George Chatzimichalis. "An Authoring Platform for CSCL Script Definition." In Learning and Collaboration Technologies. Human and Technology Ecosystems, 625–40. Cham: Springer International Publishing, 2020. http://dx.doi.org/10.1007/978-3-030-50506-6_43.

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Alvarez, Claudio, Gustavo Zurita, Nelson Baloian, Oscar Jerez, and Sergio Peñafiel. "A CSCL Script for Supporting Moral Reasoning in the Ethics Classroom." In Collaboration Technologies and Social Computing, 62–79. Cham: Springer International Publishing, 2019. http://dx.doi.org/10.1007/978-3-030-28011-6_5.

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Yamada, Masanori, Kosuke Kaneko, and Yoshiko Goda. "Social Presence Visualizer: Development of the Collaboration Facilitation Module on CSCL." In Collaboration Technologies and Social Computing, 174–89. Singapore: Springer Singapore, 2016. http://dx.doi.org/10.1007/978-981-10-2618-8_14.

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Constantino-González, María de los Ángeles, and Daniel D. Suthers. "An approach for coaching collaboration based on difference recognition and participation tracking." In The Role of Technology in CSCL, 87–113. Boston, MA: Springer US, 2007. http://dx.doi.org/10.1007/978-0-387-71136-2_6.

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Erkens, Melanie, Sven Manske, H. Ulrich Hoppe, and Daniel Bodemer. "Awareness of Complementary Knowledge in CSCL: Impact on Learners’ Knowledge Exchange in Small Groups." In Collaboration Technologies and Social Computing, 3–16. Cham: Springer International Publishing, 2019. http://dx.doi.org/10.1007/978-3-030-28011-6_1.

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Mohamed, Bahaaeldin, and Thomas Köhler. "The Fish Model: When Do Researchers Collaborate Online?" In Progress in IS, 29–48. Cham: Springer International Publishing, 2021. http://dx.doi.org/10.1007/978-3-030-66262-2_3.

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AbstractThe questions of whether and how doctoral students are motivated for enhanced research collaboration deserve thorough consideration. Even though collaboration in general and its mediated forms, such as computer-supported cooperative work and collaborative learning (CSCW and CSCL), are prominent research topics, only a little is known about the methods necessary to design various activities to support research collaboration. With the upcoming generation of tools such as Mendeley, Conference Chair, ResearchGate, or Communote, scholars suspect that web 2.0 services play a decisive role in enabling and enhancing research collaboration. However, there is almost no data available on the extent to which researchers adopt these technologies, and how they do so. Therefore, the authors first present an overview of the current usage of web 2.0 among doctoral researchers in their daily academic routines, based on a survey (n = 140) conducted in the German Federal State of Saxony. It confirms a wide and often specified usage of web 2.0 services for research collaboration. For theoretical analysis, the authors propose a conceptual framework that reflects the requirements of scientific participation and scholarly collaboration within an average international doctoral programme adopting current digital technologies. The aim of this framework is to understand, support, and enhance research collaboration among doctoral researchers. Our fish model highlights the mutual relationship between the following dichotomous factors: (a) tasks/time factors; (b) beliefs/activities; (c) support/context; and (d) incentives/ethical issues. Our results indicate a significant relationship in terms of research collaboration. This relationship has particularly been identified between two dichotomous factors: beliefs/activities and incentives/ethics.
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Gerardo, Ayala, and Yano Yoneo. "Learner models for supporting awareness and collaboration in a CSCL environment." In Intelligent Tutoring Systems, 158–67. Berlin, Heidelberg: Springer Berlin Heidelberg, 1996. http://dx.doi.org/10.1007/3-540-61327-7_112.

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Conference papers on the topic "CSCL, Collaboration"

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Wai Wing MA, Ada. "Computer Supported Collaborative Learning and Higher Order Thinking Skills - A Case Study of Textile Studies." In InSITE 2009: Informing Science + IT Education Conference. Informing Science Institute, 2009. http://dx.doi.org/10.28945/3298.

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The scarcity of readily usable instruments to research learning in Computer Supported Collaborative Learning (CSCL) environments has posed a great challenge to devise appropriate analytical tools to investigate how individuals change their understanding or create a new personal construction of knowledge as a result of social interaction and negotiation within the group. Given this scenario, the Activity System Model (Engestrom, 1987), based on a socio-cultural perspective, was adopted as a framework for analysing the quality of a CSCL community in this research project. Data were analysed to examine how interactivity had contributed to the fostering of higher order thinking skills in the CSCL community. Findings of this study confirmed that there was a positive correlation between the quality of collaborative process engaged by groups and the quality of cognitive skills fostered. High levels of social interaction and collaboration contributed to the establishment of a community of learning, nurturing a space for fostering higher order thinking through co-creation of knowledge processes. Lessons learnt and limitations of the investigation in this study in light of the methodological issues relating to coding reliability and difficulties in translating Chinese text involved in the CSCL for computerized coding process were discussed as well.
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Allaymoun, Mohammad Hamad, and Stefan Trausan-Matu. "Analysis of collaboration in CSCL chat using rhetorical schemas." In 2016 7th International Conference on Information and Communication Systems (ICICS). IEEE, 2016. http://dx.doi.org/10.1109/iacs.2016.7476083.

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Lesmana, Gusman, and Lahmuddin. "Collaborative Learning Training Through CSCL Approach (Commputer Supported Collaborative Learning)." In Proceedings of the 4th Progressive and Fun Education International Conference (PFEIC 2019). Paris, France: Atlantis Press, 2019. http://dx.doi.org/10.2991/pfeic-19.2019.5.

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Petropoulou, Ourania, Mary Katsamani, Georgia Lazakidou, Symeon Retalis, Petros Georgiakakis, and Stamos Karamouzis. "Designing Configurations of CSCL Scripts Using Interaction Analysis Findings." In 2010 2nd International Conference on Intelligent Networking and Collaborative Systems (INCoS). IEEE, 2010. http://dx.doi.org/10.1109/incos.2010.78.

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Durán, Elena, and Analía Amandi. "Collaborative student profile to support assistance in CSCL environment." In the 2008 Euro American Conference. New York, New York, USA: ACM Press, 2008. http://dx.doi.org/10.1145/1621087.1621125.

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Allaymoun, Mohammad Hamad, and Stefan Trausan-Matu. "Rhetorical structure analysis for assessing collaborative processes in CSCL." In 2015 19th International Conference on System Theory, Control and Computing (ICSTCC). IEEE, 2015. http://dx.doi.org/10.1109/icstcc.2015.7321280.

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Lombeyda, Santiago V., and William C. Regli. "Conceptual Design for Assembly." In ASME 1999 Design Engineering Technical Conferences. American Society of Mechanical Engineers, 1999. http://dx.doi.org/10.1115/detc99/dfm-8943.

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Abstract This paper presents an approach to support computer-aided conceptual design of mechatronic assemblies in a collaborative, multi-user environment. We describe a system, Conceptual Understanding and Prototyping (CUP), that allows a team of design engineers, collaborating over the Internet, to develop a high-level structure-function-behavior (S-B-F) description of an assembly in a VRML-based virtual environment. Our goal is to enable users to navigate intricate product data management (PDM) and case-based design knowledge-bases, providing the ability to perform design at conceptual level and have intelligent CAD tools that can draw on details from large repositories of previously archived designs. This work furthers research efforts in computer support for collaborative design activities — drawing on work in Human-Computer Interaction (HCI) and Computer Supported Collaborative Work (CSCW). We envision CUP to be a network interface to next-generation of engineering PDM systems and CAD databases. We are deploying CUP as query interface to the National Design Repository (http://repos.mcs.drexel.edu). This will enable CAD users to interrogate large quantities of legacy data and identify artifacts with structural and functional similarities — allowing designers to perform case-based and variant design.
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Chen, Qian, Yunfei Chen), Ziyue Huang, and Lei Tang. "Research on Key Elements of UI Design of Image Editing System Based on CSCW." In Intelligent Human Systems Integration (IHSI 2022) Integrating People and Intelligent Systems. AHFE International, 2022. http://dx.doi.org/10.54941/ahfe1001068.

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In the post-epidemic era, the application of computer-supported collaborative work (CSCW) in graphics and image software has become increasingly urgent. Collaborative image editing software allows users who are geographically distributed in different locations to view and edit the same shared image object through the network. The interaction of the CSCW system includes human-computer interaction and human-to-human interaction, and human-to-human interaction expands the time and space of interaction, and also strengthens the freedom of interaction between user groups. The research object of this article is the interactive key elements of the graphics and image software on the mobile terminal in the collaborative editing state, that is, the current operating state of the system and related information. By analyzing the interactive elements of collaborative office software and image and image software on the PC and mobile terminals by competing products, the three key elements of interactive design in cscw-based graphics and image software are extracted: editor information, selected status, and Information display location. This paper redesigned these three elements to obtain a high-fidelity model of the graphics configuration of the mobile graphics and image software during collaborative editing operations. Through the usability test and QUIS questionnaire, we verified its usability and got good user satisfaction. Finally, the design guidelines for the optimal interactive graphics configuration of the mobile graphics and image software in the collaborative editing state are obtained. The interactive design guidelines proposed in this paper can be used as a design reference for the collaborative editing image software on the mobile terminal.
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Svetsky, Stefan, and Oliver Moravcik. "The practice of CSCL in engineering education within the research on TEL." In 2015 International Conference on Interactive Collaborative Learning (ICL). IEEE, 2015. http://dx.doi.org/10.1109/icl.2015.7318038.

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Wai Wing MA, Ada. "A Longitudinal Study of the Use of Computer Supported Collaborative Learning in Promoting Lifelong Learning Skills." In InSITE 2009: Informing Science + IT Education Conference. Informing Science Institute, 2009. http://dx.doi.org/10.28945/3297.

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Abstract:
To survive and thrive in the challenging context of the 21st century, education must keep abreast of global trends, including the priority of developing in learners the capability of lifelong learning for enhanced cooperation, care, reflective abilities, critical capacities and creativity. As a potential approach to achieve this goal, Computer Supported Collaborative Learning (CSCL) is receiving increasing attention, as it revolutionizes the way of learning. The ultimate success of CSCL, however, often depends upon resolving the question of how it can be assessed in ways that are credible and reliable and how the technology-driven environment can enhance learning. Little guidance is found in the literature on the assessment of CSCL prompts the researcher to re-examine the role of assessment in learning and attempt to devise a peer assessment design in a technology-enhanced environment as part of the learning activities for full-time teacher-educators. In the three studies of this project, the creation of assessment rubrics, the submission of intra-group reflective journals, which formed the basis of the group’s growth (learning process), and the intergroup review, which gained from peers’ feedback to their project presentation and report (learning product) were incorporated as the assessment measures. It was encouraging to witness that learners of the same cohort had improved their lifelong learning skills progressively over the period of three years by engaging in peer assessment tasks. The findings of these studies indicated that skills fostered through peer assessment were highly relevant to their workplace as teachers when teamwork, interpersonal skills and the ability of self-reflection were emphasised. This study has demonstrated some good practice that supports student-centered learning, prepares students to be lifelong learners and which is suitable for adaption to suit other contexts.
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