Search (19 results, page 1 of 1)

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Abstract

The virtual university environment provides librarians with new opportunities to contribute to the educational process. Building on the success of team-teaching a traditional liberal arts core course with composition and communications faculty, librarians and a communications professor worked together to integrate the Association of College & Research Libraries (ACRL) Information Literacy Competency Standards for Higher Education (2000) into the online environment. The resulting graduate-level course in multimedia literacy assembled faculty and curriculum resources normally untapped in traditional classrooms. All five information literacy standards covering need, access, evaluation, use and the social, economic, legal, and ethical issues surrounding information use were addressed. Readings and threaded discussions about intellectual property, fair use of copyrighted materials, the evaluation of free and fee-based Web information and Web page design and construction prepared students to work in groups to design and construct Web sites. Students also completed a capstone project in the form of individual Web portfolios, which demonstrated the information and multimedia principles they learned in the class. Assessment of information literacy skills occurred through the analysis of student discussion, evaluative annotations, Web site assignments, perception surveys, and a master's level comprehensive exam question. What was learned in this course will serve as a model for future collaborative partnerships in which faculty and librarians work together to ensure that students who learn from a distance truly master information literacy competencies.

Footnote

Beitrag in einem Themenheft: Teaching and assessing information skills in the twenty-first century

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Abstract

University education continues to be revolutionized by the use of Web-based teaching and learning systems. Following on from "The Digital University: Reinventing the Academy", this book provides a fully up-to-date and practical guide to using and implementing this important technology. Looking specifically at asynchronous collaboration, it covers:- policies- management of collaboration- distance learning- support for authoring- course design- educational metadata schemaand will be an essential buy for managers, lecturers, administrators, department heads and researchers.It includes a foreword by Ben Shneiderman, Director of the HCI Laboratory at the University of Maryland, USA.

Date

22. 3.2008 14:43:03

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Abstract

Covers the key current topic of electronic library resources and learning in the digital age. Discusses the changing 'nformation environment' in which librarians now work and the development of e-learning and its impact an higher education; the changing role of the librarian in supporting online learning; the technical problems associated with connecting up library systems; the Copyright and licensing of electronic resources in a digital environment; and, finally, tips for librarians when becoming involved in such initiatives.

Content

Key Features - Examines the wealth of electronic library resources and the development of e-learning/online learning - Considers the role of the librarian in supporting e-learning/online learning - Provides practical examples for librarians The book is aimed at library managers, electronic resource librarians/ managers, and learner support librarians/managers. Contents The changing information environment - proliferation of electronic resources, grovvth of Internet based subscription sources/electronic journals/ full text services vs bibliographic tools Learning in the digital age - definitions: e-learning, learning technology etc., background/history of e-learning initiatives: higher education and the commercial context, developments in e-learning in higher and further education: growth of managed learning environments/virtual learning environments, common features of commercial software products, distance learning vs on-campus The changing role of the information professional - new rotes: increased need for learner support, importance of information skills training, new skills: web design, managing electronic resources, knowledge of licensing and Copyright issues, information skills within the virtual learning environment Practical problems/linking up systems - authentication/passvvords, linking library catalogues to virtual learning environments, linking e-journals to virtual learning environments, linking Internet resources, importance of customising resources, meta-data/XML Copyright and the licensing of digital resources - text - born digital versus print - digital, the Copyright dearance process, digitisation services, multimedia resources, license agreements Tips for success and conclusions (a librarian's guide to tips for success when becoming involved in these types of initiatives) - designing systems to meet user requirements, collaborating with other support staff Case studies

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Abstract

This book provides a comprehensive overview of e-learning (online learning) systems in the context of system delivery for Higher Education Information Services. The book considers practical issues in choosing a virtual learning environment and discusses a range of issues in implementing, managing and maintaining the service for users. In particular, the issue of accessibility and usability is discussed in the context of recent legislation.

Content

Key Features - Jargon-free and aimed at information professionals with Sole/mixed responsibilities - Identifies leading systems, disussing strenghts and weaknesses - Draws examples from current practice in Higher Education - Discusses management and implementation aspects Contents What is online learning What resources are required to provide online learning What systems are available, what are their features What are the support issues in delivering online learning - staff and student support challenges; trends in distance learning and part time study; emergence of ubiquitous student-tutor-system relationship; use of automatic and human support systems; role of support staff and academic tutors in system support; benefits of online vs. hardcopy support documentation How can online learning be made accessible and usable - influence of legislative and Standard-making bodies in accessibility and usability issues, e.g.: Euroaccessibility, W3C (Word Wide Web Consortium); other international guidelines, e.g.: Bobby; access issues in conventional web browsers; overview of accessible web browsers; methods for testing online learning systems for accessibility and usability; suggestions for user feedback; comparison of accessibility across online learning systems How should online learning systems be managed - online course creation; user account creation; Single-signon vs. independent systems; use of templates and global content for generic library resources; considerations for organisation of academic content; security and abuse issues; elearning policy and procedures; role of academic and other staff in supporting online learning; use of elearning Champions or coordinators; procedures for user induction and registration an online courses; models for user support. How should online learning be monitored and quality assured

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Abstract

This book explores the software design, social practices, and collaboration theory that would be needed to support group cognition - collective knowledge that is constructed by small groups online. Innovative uses of global and local networks of linked computers make new ways of collaborative working, learning, and acting possible. In "Group Cognition", Gerry Stahl explores the technological and social reconfigurations that are needed to achieve computer-supported collaborative knowledge building - group cognition that transcends the limits of individual cognition. Computers can provide active media for social group cognition where ideas grow through the interactions within groups of people; software functionality can manage group discourse that results in shared understandings, new meanings, and collaborative learning. Stahl offers software design prototypes, analyses empirical instances of collaboration, and elaborates a theory of collaboration that takes the group, rather than the individual, as the unit of analysis. Stahl's design studies concentrate on mechanisms to support group formation, multiple interpretive perspectives, and the negotiation of group knowledge in applications as varied as collaborative curriculum development by teachers, writing summaries by students, and designing space voyages by NASA engineers. His empirical analysis shows how, in small-group collaborations, the group constructs intersubjective knowledge that emerges from and appears in the discourse itself. This discovery of group meaning becomes the springboard for Stahl's outline of a social theory of collaborative knowing. Stahl also discusses such related issues as the distinction between meaning making at the group level and interpretation at the individual level, appropriate research methodology, philosophical directions for group cognition theory, and suggestions for further empirical work.

BK

85.20 / Betriebliche Information und Kommunikation

Classification

85.20 / Betriebliche Information und Kommunikation

Footnote

Rez. in: JASIST 59(2008) no.9, S.1531. (C. Caldeira): "Successful, real-world organizations employ groups to get work done. Despite the large number of years of collaborative models in work-group paradigm, it is a little surprising that there are very few books about the subject. Furthermore, most of those studies are mainly focused on work group performance management and work productivity. This text belongs to the advanced type, and is a valuable resource for graduate students in a wide range of courses and for a large spectrum of professionals interested in collaborative work. Due to its advanced level, some topics are relatively difficult to understand if the reader does not have some background in collaborative work and group cognition. Students who use this book will rapidly understand the most important topics of the science of collaboration for computer-supported cooperative work and computer-supported collaborative learning, and their relation to the business world of our days. The main concern and fundamental idea of this book is to set its focus primarily on work group, and not on individuals. Stahl's baseline is to use the science of collaboration for computer-supported cooperative work and computer-supported collaborative learning to conduct comparative studies on group interaction, group meaning, group cognition, group discourse, and thinking. The book is divided into three distinct parts. The first one is about the design of computer support for collaborative work and presents eight studies centered on software tools and their particular applications: The first three are AI applications for collaborative computer-supported cooperative work and computer-supported collaborative learning, the fourth and the fifth are about collaborative media, and the last ones are a combination of computational technology and collaborative functions. The second part is focused on the analysis on knowledge building in the collaborative work of small groups. It is developed with support on five essays published by Stahl from 2000 to 2004. In the first of those chapters, he describes a model of collaborative knowledge building and how to share knowledge production. The second criticizes some cooperative work and collaborative learning research methodologies that make the collaborative phenomena hard to perceive. The remaining chapters mostly provide mechanisms to understand in new and better ways collaborative processes. The third part contains the theoretical corpus of the book. Chapters 14 through 21 contain the most recent of Stahl's contributions to the theoretical foundations of computer-supported cooperative work and computer-supported collaborative learning. Chapters 16 to 18 provide much material about topics directly related to group cognition research and collaborative work in modern organizations. Finally, the last part of the book contains an exhaustive list of references that will be of great value to all interested in the multiple aspects and fields of cooperative work and collaborative learning."

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Footnote

Rez. in: Information - Wissenschaft und Praxis 56(2005) H.2, S.122-123 (R. Gunzenhäuser): " CSCL ist die seit 1989 übliche Abkürzung für "Computer Supported Cooperative Learning", wobei das zweite "C" auch für "Collaborative", manchmal sogar für "Collective", "Competitive° oder "Conversational" stehen kann. Anders als der Computerunterstützte Unterricht des vergangenen Jahrhunderts und anders als das derzeitige netzbasierte E-Learning ist CSCL nicht auf Lernen als individuellen Wissenserwerb ausgerichtet, sondern auf neue Wege, wo Lernende miteinander neues Wissen erarbeiten und dieses - in Diskussionen, Projektarbeiten oder auch Rollenspielen - vertiefen. Schon seit 1995 gibt es internationale Tagungen über CSCL, seit 2001 auch eine europäische. In Deutschland spielt CSCL eine Rolle in den Tagungsreihen "Mensch & Computer", der Wirtschaftsinformatik sowie bei den GMW-Jahrestagungen. Zahlreiche CSCL-Forscher haben sich in der "CSCL-Community" im Rahmen der 2002 gegründeten International Society of the Learning Sciences organisiert. Es ist schon heute schwierig, sich in der Flut von Fachpublikationen, Tagungsberichten und Internet-Beiträgen über CSCL zurecht zu finden. Auch das vorliegende Werk nennt als Literatur auf über 6o Seiten mehr als 1.00o solcher Beiträge. Wie kann man hier den Überblick behalten? Auf diese Frage versuchen die Herausgebern Jörg M. Haake (FernUniversität in Hagen), Gerhard Schwabe (Universität Zürich) und Martin Wessner (Fraunhofer IPSI in Darmstadt) mit dem von ihnen herausgegebenen CSCL-Kompendium eine Antwort. Um es vorweg zu nehmen: Die fachliche Breite des Werks, seine klare Strukturierung und die dabei zu Tage tretende Fachkompetenz der insgesamt 54 Autorinnen und Autoren überzeugen. Das Werk liest sich überwiegend flüssiger als manches einschlägige Lehrbuch und ist doch gleichzeitig als CSCL-Handbuch geeignet. Obwohl es kein Sachwortverzeichnis gibt, findet man sich in den mehr als 45o Textseiten durch den klaren Aufbau des Werks, durch die Verkettung der Fachbegriffe und durch die durchweg klare Sprache gut zurecht. Das erste Kapitel des Werks befasst sich mit wichtigen Grundlagen und Forschungsmethoden des CSCL - unter Einschluss der pädagogischen und didaktischen Grundlagen. Besonders interessant ist der Beitrag von R. Hartwig und M. Herczeg über Informatikgrundlagen und Mensch-Computer-Kommunikation.
Das zweite Kapitel beschreibt CSCL-Umgebungen wie z. B. Koordinationswerkzeuge zur Bildung von Lerngruppen (T. Reichling, A. Becks, O. Bresser und V Wulf ) oder die Kooperation in kleineren und in größeren Lerngruppen. Konzeptionell wertvoll sind insbesondere Beiträge von J. Haake, M. Wessner und P Dawabi über kooperative Lernräume sowie über neue Konzepte für die Lerngruppe (A.Kienle, T.Hermann u. a.) bzw. für den Lehrenden (M. Wessner, G. Schwab, J. Haake). Das dritte Kapitel ist der Didaktik gewidmet und enthält u. a. Beiträge über Lerngruppen, Moderation, Coaching und Medienwahl. Es endet mit einer originellen mediendidaktischen Konzeption (von M. Kerres, A. Nattland, I. Nübel) und mit interessanten "selbstorganisierenden Szenarien" (von P Arnold, E. Hornecker). Das vierte Kapitel spricht mit seinen Beiträgen über den CSCL-Entwicklungsprozess, Bedarfsanalysen, Software- und Systementwicklung sowie über Qualitätssicherung und "Normen und Standards für Lernmaterialien" nicht nur Informatiker an. Im fünften Kapitel wird über Anwendungen, Wirkungen und Potentiale von CSCL berichtet: CSCL in der Schule (J. Magenheim), als Herausforderung an die Lehrerbildung (C. Görlich, L. Humbert) sowie in Hochschulseminaren - mit zwei Beispielszenarien von A. Carell, A. Kienle und T. Hermann. Das Kapitel berichtet auch über CSCL im Fernstudium (P Arnold), in der Berufsausbildung (C. Lohr und R. Meyer), in der betrieblichen Weiterbildung (S. Lindstaedt et al.) sowie über CSCL für Lernbehinderte und Hochbegabte (H. Weber).
Das Kompendium schließt mit recht mutig formulierten - erfolgversprechenden - Perspektiven der Herausgeber. Es fehlt jedoch keinesfalls an der kritischen Sicht auf Defizite und-noch vorhandene -kulturelle, methodische, organisatorische und technische Barrieren. Es wird auf die Interdisziplinarität von CSCL ebenso verwiesen wie auf die nicht zuletzt daraus resultierende Heterogenität der verwendeten Konzepte und Methoden. Unter der Hauptthese "CSCL wird erwachsen!" formulieren die Herausgeber u. a. folgende Thesen für die Zukunft von CSCL: 1. Lernräume werden CSCL-fähig. 2. "CSCL-Systeme integrieren individuelle und kooperative Lernphasen. 3. Lernplattformen werden CSCL-fähig. 4. CSCL wird ins Standard-Repertoire (?) aufgenommen. 5. CSCL wird Lernprozesse flexibel unterstützen. 6. Kooperatives Lernen wird ein wichtiger Baustein für lebenslanges Lernen. 7. Lernen, Arbeiten und Spielen werden verschmelzen. 8. Es werden neuartige Nutzungsszenarien für CSCL entstehen. Bei mehr als 50 beteiligten Autoren und Autorinnen bleibt es unvermeidlich, dass man beim kritischen Lesen auch auf einzelne widersprüchliche Formulierungen und unterschiedliche Begriffsauslegungen stößt. Diese im einzelnen aufzuspüren, kann eine lohnende Aufgabe für Hochschullehrer und ihre Studierenden in Seminaren sein. Für viele CSCL-Anwender, Wissenschaftler und Studierende sowie Praktiker aus sehr unterschiedlichen Disziplinen wird das CSCL-Kompendium als Nachschlagewerk, als Lehrbuch und als Medium für das lebenslange Lernen mit und über CSCL bald unverzichtbar sein."

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Abstract

Explores the role of information seeking and retrieval in the development of information systems to support personalized and autonomous learning.

Content

Inhalt: Learning: Basic Processes - Introduction - Basic Information Processes - Integrating Themes - Where do Integrating Themes come From? - Theory Generation and Testing - Learning: Individual Differences - Styles of Learning - Levels of Learning - References - Education - Educational Philosophies and Learning Design - Autonomy and Mediation - Library and Information Science - Standards for Supporting Resource Discovery - Information Seeking and Autonomous Learning - Information Seeking as Conversations - ICT Developments: Resource Discovery - Tools and Techniques to Support Information Seeking and Resource Discovery - Metadata - Ontologies and the Semantic Web - Educational Metadata and Ontologies - ICT Developments: Learning Design And Teaching - Intelligent and Adaptive Tutoring Systems - Learning Environments and Interoperability - General ICT-Based Developments - Educational Opportunities Afforded by ICT Developments - Educational Informatics Systems: Individual Approaches - Metadata-Enabled Learning Resource Discovery - Adaptive Systems for Personalised Resource Discovery - Open Corpus Resource Discovery - From Supplantation to Metacognition - Educational Informatics Systems: Social Approaches - Alternative Pedagogies - Educational Informatics Systems that Learn - Community-Based Learning - Real World Learning - Theory and Practice - Educational Informatics Support for Critical Thinking and Creativity - Making Sense of Research: Generating Useful Real World Knowledge - Going Forward: Research Issues and the Future - Different Perspectives on Educational Informatics Developments - Types Of Evidence - Contingent Dependencies, and Object and Meta Languages - Reality Checking For Quality Control - Towards the Learning Web

Imprint

Hershey, Pa. : Information Science

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Footnote

Rez. in: Education for information 13(1995) no.4, S.371-372 (J. Martin)

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Footnote

Rez. in: Journal of library and information science 21(1995) no.2, S.88-89 (G.W. Huang)

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Content

Enthält u.a. die Beiträge: PUHL, A.: Besucherinteressen: Bedarf als Ausgangspunkt innovativer Umsetzungen; STANG, R.: Anforderungen an zukünftige Lernarrangements; UMLAUF, K.: Die Öffentliche Bibliothek als Lernort; BEHRENS, H. u.a.: Lernsettings in Kultureinrichtungen; JOULY, H.: Bibliothek 21, Stuttgart - Stationen auf dem Weg in die Zukunft; PUHL, A.: Lernateliers: Formen einer zukünftigen Lernunterstützung in Bibliotheken; STANG, R.: Kunsträume: Kunstbezogene Angebote als Eckpfeiler der Bibliotheksarbeit

Editor

Puhl, A.

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Footnote

Rez. in: nfd 51(2000) H.5, S.302-303 (A. Baumgartner)

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Content

Enthält die Beiträge: (1) Organisationsveränderung durch kooperatives Handeln: STANG, R.: Vernetzung als Zukunftsmodell; BUßMANN, I. u.a.: Innovative Lernarrangements in der institutionellen Umsetzung; KIL, M.: Lernveränderung = Organisationsveränderung?; STANNETT, A. u. A. CHADWICK: Lifelong learning, libraries and museums in the United Kingdom; UMLAUF, K.: Professionsveränderung in netzwerkbezogenen Arbeitsumgebungen - (2) Lernender Stadtteil: STEFFEN, G.: Die Stadt und der Stadtteil; PUHL, A.: Stadtteilbüchereien in der Fremdsicht; PUHL, A.: Institutionelle Kooperation in der Bildungsberatung - (3) Informationsnetze - gesucht und nicht gefunden: GÖDERT, W.: Zwischen Individuum und Wissen; THISSEN, F.: Verloren in digitalen Netzen - (4) Umsetzungshilfen: STANG, R.: Lerarrangements und Wissensangebote gestalten - (5) Ausblick: PUHL, A.: Aktuelle Forschungsbedarfe

Editor

Puhl, A.

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Abstract

The accelerating «iconic turn» in our society today increasingly demands the interactive representation of contextual knowledge. At the same time the use of Web based learning environments highlight the audio-visual dimension of (e)pedagogy and the move towards practical, project-oriented curricula. Regardless of the educational field pedagogical expertise thus requires more and more understanding and control of visual elements and their interpretations. There is a growing need for visually oriented pedagogical experts such as teachers, tutors, designers and developers who are capable of community knowledge building and collaboration with other experts from different fields from both private and public sectors. The book intends to illuminate scientific and programmatic excerpts from an international community of researchers, practitioners, teachers and scholars working in interrelated fields such as Aesthetic Education, ePedagogy Design - Visual Knowledge Building, Visual Education, Art Education, Media Pedagogy and Intermedia Art Education.

Content

Contents: Gerhard Hickisch: Transfairness - Pierangelo Maset: Aesthetic Operations - a perspective in art and media education - Torsten Meyer: Art Education within a New Medium - Martina Paatela-Nieminen: Thinking digitally and intermedially in art education - Iwan Pasuchin: Media Pedagogy and Interdisciplinary Artistic Education - Karl Josef Pazzini: Media, Suggestion, Suspicion - Stefan Sonvilla-Weiss: ePedagogy Design - Visual Knowledge Building - Peter Truniger: Communication in Creative Processes.

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Content

Enthält u.a. die folgenden Beiträge: KÜBLER, H.-D.: Neue Medien - neues Lernen?: Perspektiven und Bedingungen des Lernens mit "neuen Medien". WEIZENBAUM, J.: Die Interpretation macht aus Signalen Informationen: Kinder und Computer. WIEDEMANN, D.: Mediengesellschaft und Medienkompetenz: Herausforderung für Schule und Bildung. CZAJA, D.: Neue Aufgaben für den Jugendschutz: Zum Umgang mit dem Leitmedium Fernsehen. HACKENBERG, H.: Mediales Vertrauen: Wodurch erlangen mediale Zugänge Glaubwürdigkeit?. SCHATTER, G.: Bewegtbild morgen: Zur technologischen Entwicklung der Bildwiedergabe und -speicherung. HASS, U.L.: Elektronische Distribution: Voraussetzung für die Erschließung des Potenzials von Bildungsmedien. EBERLE, A.: DVD "Digital Versatile Disc": Ein neues Format - auch ein neues medienpädagogisches Konzept?. HAUPT, S.: Über den Wert des Eigentums 'Urheberrecht': Kulturelle Vielfalt und ungestillter Schöpferdrang brauchen einen besonderen Schutz. SCHUCHART, F.: Neue Buckower Thesen: Im Mittelpunkt der Mensch? Die Technik? Oder der Konzern?. SCHREYER, A.: Fotos als Bestandteil von Multimedia-Anwendungen: Das digitale Bildarchiv am MPZ Land Brandenburg

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Abstract

There are many multimedia authoring packages available under MS Windows. There is none with as many outstanding features as HM-Card: HM-Card does all you expect from a modern multimedia authoring system: it allows you to combine als kinds of media: text, graphics, pictures, audio-and videoclips, and arbitrary executable files created by other programs to give you all the freedom of the world

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Abstract

Der Autor stellt einen Erklärungsansatz im Kontext der Mensch-Computer-Interaktion vor. Erklärungen dienen dazu, Entscheidungen des Systems für den Benutzer verständlich bzw. nachvollziehbar zu machen. Sie müssen daher an den Wissensstand des Benutzers angepaßt werden. Gestützt auf die Analyse aktueller pragmatischer Erklärungsmodelle aus der Wissenschaftstheorie und der Künstlichen Intelligenz Forschung (KI) wird für einen umfassenden Erklärungsansatz plädiert, welcher wissensbasierte Methoden aus der KI mit den nicht-linearen und flexiblen Eigenschaften des neuen Mediums Hypertext kombiniert. Dabei werden vor allem Techniken der Benutzermodellierung, der adaptiven Textgenerierung und des Information Retrieval sowie des Hypertext berücksichtigt, um sowohl dem System als auch dem Benutzer aktives Vorgehen und flexible Dialoge bei Erklärungssituationen zu ermöglichen. Im Vordergrund der Darstellung stehen unter anderem Verfahren zur Generierung von Fragemenüs und von Erklärungen, welche dem Arbeitskontext und der Erklärungssituation sowie den Benutzerinteressen gerecht werden. Hypertextuelle Eigenschaften bieten alternative Wege zur Erklärung an und tragen somit zum besseren Verständnis des Problems bei

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Content

Inhalt: 1. Einleitung (Dieter Dohmen, Lutz P. Michel) 2. Die Rolle der Hochschulen im Weiterbildungsmarkt 3. Bestandsanalyse der eLearning-Angebote der Hochschulen (Birgitt A. Cleuvers) 4. Marktumfeld und Marktentwicklung (Lutz P. Michel, Bastian Pelka) 5. Geschäftsmodelle (Dieter Dohmen, Susanne Simons) 6. Zusammenfassung der wesentlichen Ergebnisse (Dieter Dohmen)

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Footnote

Rez. in: Information - Wissenschaft und Praxis 56(2005) H.1, S.62 (S. Büttner): "E-Learning, online-Lernen, Telelernen - Synonyme für ein Thema, das in aller Munde ist. Die Zahl der Titel ist rasch wachsend. Um es vorweg zunehmen: Das vorliegende Buch hebt sich positiv von einer Vielzahl dieser Publikationen ab. Es ist das Ergebnis des vom BMBF geförderten Projekts ALBA im Rahmen des Programms "Neue Medien in der Bildung". Dabei konnte auf das Projekt L3 (Lebenslanges Lernen) zurückgegriffen werden. Die Gesamtprojektleitung lag dabei beim Fraunhofer-Institut für Integrierte Publikations- und Informationssysteme (IPSI). Zielgruppe sind Weiterbildungsanbieter, die die Kooperation stärken möchten bzw. pädagogische Fachkräfte, die Übungen entwickeln, durchführen und optimieren wollen. Das Buch richtet sich dabei sehr konkret an Autoren, Tutoren und Evaluatoren von Lernprozessen. Diese Rollen ziehen sich durch das gesamte Buch. Das Buch gliedert sich in einen Grundlagenteil mit sieben Kapiteln und einen Praxisteil. Die Bezeichnung Kap. 1 ist etwas irreführend, wird doch in diesem Kapitel in die Thematik eingeführt, die Zielgruppe definiert und der Überblick über das Buch sowie die beigefügte Software gegeben. Anschließend folgt ein Glossar. Erst mit Kap. 2 beginnt dann der tatsächliche Grundlagenteil. Der gemeinsame Lernprozess von Kleingruppen, also Gruppen von zwei bis fünf Teilnehmern, wird betrachtet. Diese Kleingruppe steht auch im Fokus des gesamten Buchs. Stringent wird der Lernprozess analysiert und strukturiert in: Phasengliederung - Entwurf von Lernaktivitäten - Interaktion von Rollen. Eine zentrale Rolle spielt die Evaluation. Der Oualitätssicherung für netzbasierte kooperative Übungen wird in Kap. 3 nachgegangen. Dies ist in einem stark von Projekten dominierten Bereich, wie dem E-Learning, durchaus hervorhebenswert. Beispielhaft ist die Visualisierung der Arbeitsphasen und Rollen (Autor -Tutor - Evaluator) bei der Entwicklung kooperativer Online-Übungen (S. 40).