Search (55 results, page 1 of 3)

  • × theme_ss:"Computer Based Training"
  1. Ehlers, U.-D.; Becker, P.: "Didaktik!" : Interview (2005) 0.09
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    Content
    "FR: Sie plädieren dafür, die Qualität für E-Learning aus Sicht des Lernenden zu beurteilen. Wie soll das gehen? Ulf-Daniel Ehlers: Wir haben rund 2000 Personen nach ihren Erfahrungen mit E-Learning befragt. Anhand der Antworten wurden verschiedene Bereiche herausgearbeitet, die von entscheidender Bedeutung dafür sind, ob E-Learning erfolgreich ist oder nicht. Was macht den Erfolg aus? Wichtig ist die Betreuung durch einen Tutor. Allerdings geht es hier nicht einfach nur darum, ob eine Betreuung angeboten wird oder nicht. Wir empfehlen, auch danach zu fragen, wie ein Kursteilnehmer sie sich wünscht, ob er sie etwa als Hilfe lediglich bei Fragen zum Stoff oder ob er eine Art Coaching will. Man muss den Lernenden genau das anbietet, was sie brauchen. Dann erhöht man die Chancen für den Lernerfolg. Wichtig ist aber auch die Art der Zusammenarbeit im Kurs. Welche weiteren Erfolgsfaktoren gibt es? Die Technik muss natürlich funktionieren und leicht zu bedienen sein. Darüber hinaus sind die Wünsche sehr individuell: Mancher möchte seinen eigenen Lernstand abspeichern können. Für einen anderen Nutzer ist das wiederum belanglos, weil er etwas anderes höher schätzt. Man darf sich an diesem Punkt aber nicht dem Irrtum hingeben, dass, nachdem zum Beispiel an der Software einer Lernplattform etwas verbessert worden ist, die Lernenden automatisch positiver über die Qualität des E-Learnings urteilten: Viel wichtiger für das Urteil der Kursteilnehmer ist die gute Didaktik. Das Primat der Didaktik ist entscheidend für den Erfolg. Was muss noch geschehen, damit E-Learning funktioniert? Wichtig ist die Gestaltung des Kurses. Auch hier sollte man die Lernenden und ihre Erwartungen einbeziehen. Genauso muss es transparente Informationen geben. Schließlich: Ein Anbieter sollte nachfragen, wie sich die Teilnehmer die Präsenzveranstaltungen wünschen, ob sie sich davon eine Kommunikation nur über den Lernstoff oder eher ein Beisammensein mit viel sozialem Austausch erwarten. Indem man diese individuellen Präferenzen beim Lernenden beachtet, verbessert man die Chancen auf einen Erfolg beim E-Leaming. Kann man nicht einfach sagen: Beim Lernen ist das gut, was der Konsument gut findet? Das funktioniert zwar bei den meisten Waren und Dienstleistungen. Bildung aber ist dafür zu komplex. Zum Beispiel: Wer ist bei einer Weiterbildung der Konsument - die Firma, die den Kurs bezahlt, oder derjenige, der ihn besucht? Wen also müsste man nach seiner Einschätzung befragen? Außerdem: Ein Erfolg in der Weiterbildung stellt sich aus Sicht des Unternehmens erst mit dem Wissenstransfer ein; der Transfer aber findet erst nach dem Seminar statt, also außerhalb der Bildungsmaßnahme. Wie soll man hier Qualität ermitteln? Noch eins: Es reicht nicht aus, einfach nur einen Teilnehmer zu befragen, was er von einem Kurs hält. Dabei kann man nämlich sein blaues Wunder erleben: Die Ergebnisse können sehr unterschiedlich sein - je nachdem, ob man den Lernenden vor oder nach der Prüfung fragt. Wie beurteilen Sie dennoch die Qualität aus der Sicht der Lernenden? Wir fragen bei den Lernenden nicht einfach ein Urteil über einen Kurs ab. Vielmehr empfehlen wir, schon in der Vorbereitung die Teilnehmer zu befragen, wie diese es am liebsten hätten. Wenn man das umsetzt, werden die Chancen auf einen Lernerfolg erheblich verbessert. Bisher hingegen hieß es immer: Wozu soll ich meine Schüler fragen, wie sie sich das Lernen wünschen? Die wissen das doch gar nicht. Wir sagen: die wissen das sehr wohl. Wie wollen Sie ihre Konzepte in die Praxis umsetzen? Wir sind unter anderem dabei, einen europäischen Verband für Qualität im E-Learning und das Gütesiegel E-Learning zu gründen. Damit möchten wir auf einer breiten Basis Lernende informieren und Anbieter beraten."
  2. Jiang, T.: Architektur und Anwendungen des kollaborativen Lernsystems K3 (2008) 0.03
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    Abstract
    Die K3-Architektur zur technischen Entwicklung und Realisierung des netzbasierten Wissensmanagement in der Lehre wird dargestellt. Das aktuelle K3-System besteht aus drei zentralen Komponenten; K3Forum (Diskurs), K3Vis (Visualisierung) und K3Wiki (kollaborative Textproduktion, z. B. für Zusammenfassungen). K3 verwendet Open-Source-Software unter der LGPL Lizenz.. Dadurch können freie Verwendung, überschaubare Entwicklungskosten und Nachhaltigkeit garantiert und die Unabhängigkeit von kommerziellen Software-Anbietern gesichert werden. Dank des komponentenbasierten Entwicklungskonzepts kann K3 flexibel und robust laufend weiterentwickelt werden, ohne die Stabilität der bestehenden Funktionalitäten zu beeinträchtigen. Der Artikel dokumentiert exemplarisch die Hauptkomponenten und Funktionen von K3, so dass nachfolgende Entwickler leicht eine Übersicht über das K3-System gewinnen können. Die Anforderungen an den Transfer des Systems in Umgebungen außerhalb von Konstanz werden beschrieben.
    Date
    10. 2.2008 14:22:00
  3. Thomas, N.R.: Planning and developing cross-platform interactive multimedia library instruction (1997) 0.03
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    Abstract
    Although hundreds of undergraduate students receive library instruction when their instructors arrange for a class tour or bibliographic instruction session, thousands of other students do not. Describes the planning process that took place in the development of a cross platform interactive multimedia instruction program designed to be accessible to students with diverse information literacy skills. Covers the merits and limitations of several authoring software packages and offers some guidelines concerning time requirements
    Date
    27.11.1995 17:07:22
  4. Baumgartner, P.; Payr, S.: Lernen mit Software (1994) 0.02
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  5. Rupp-Serrano, K.; Buchanen, N.: Using presentation software for computerised instruction (1992) 0.02
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    Abstract
    Describes the use of presentation software, at Texas A&M University, for computer assisted instruction to train end users in the use of the OPAC. The software chosen for the University's Sterling C. Evans Library is Show Partner F/X. Major software attributes include: the ability to capture and download screens from NOTIS or other applications, including dialog searches and CD-ROM data bases; the ability to create original graphics and text
  6. Ford, C.E.; Worley, G.C.: Using presentation graphics software to introduce on-line sources (1995) 0.01
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    Abstract
    Internet workshops and other classes involving online tools can be mode more effective through use of presentation graphics software. Such software allows presenters to snapshot and modify screens of computer information. They can then highlight the information paths and techniques they want the audience to be aware of and, during the presentation, can click through the captured screens without having to worry about typing errors or slow response time. Presentation software is ideal for presentations using computer projectors, but can also be helpful in other contexts. Discusses the creation of a presentation about the Internet using Lotus Freelance Graphics 2.0. Other presentation software programs are also listed
  7. Untiet-Kepp, S.-J.; Rösler, A.; Griesbaum, J.: CollabUni - Social Software zur Unterstützung kollaborativen Wissensmanagements und selbstgesteuerten Lernens (2010) 0.01
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    Abstract
    CollabUni ist eine Social Software-Umgebung, die an der Universität Hildesheim mit dem Ziel der Unterstützung kollaborativen Wissensmanagements und selbstgesteuerten Lernens eingesetzt wird. Dieser Beitrag beschreibt den Implementierungs- und Konfigurationsprozess sowie das resultierende System.
  8. Kozel, K.: ¬The object of object-oriented authoring (1996) 0.01
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    Abstract
    Sets out the basics of object oriented authoring for multimedia CD-ROM databases and the range of software designed to accomplish it
  9. Duncan, N.C.: Evaluation of instructional software : design considerations and recommendations (1993) 0.01
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    Abstract
    The elements of desirable research design for the evaluation of educational technolgy are discussed with reference to the context of existing research. Sources of internal invalidity, type of compared educational acitivity, and outcome measures are considered. Finally, recommendations regarding the direction of evaluation research are made. Research designs that take into account the characteristics of the learner, the software, and the taecher preferably within the framework of a model of the learning process should be adopted
  10. Nieuwenhuysen, P.: Development of slides about information retrieval : using a presentation software package (1995) 0.01
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    Abstract
    The author reports on his experience with the creation of slides, using a presentation software package on microcomputer, in the subject area of information retrieval.
  11. Overbaugh, R.C.: Research-based guidelines for computer-based instruction development (1994) 0.01
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    Abstract
    The current generation of authoring systems provides tools for non programmers to create software. Provides guidelines for educators who wish to design custom software to meet either their own or other's needs. Many instructional design theories and related computer based empirical research findings are merged into a prescription for the most important facet of courseware development - instructional design. The instructional design process, based on Gagne's 9 events of learning, is broken into 4 domains: instructional set, teaching strategies, student performance, and issues unique to computer based instruction
  12. Möcke, F.: Üben, übern, üben ... : Drillrpogramme für zu Hause (1996) 0.01
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    Abstract
    Wenn es gilt, eine Fähigkeit beharrlich und penetrant einzuüben, bietet sich die Hilfe einer Maschine an: die des Computers. Aus dem weiten Feld der Software, die dieses Genre bedient, haben wir 5 typische Vertreter ausgewählt
  13. Hefner, D.: ¬The CBT (r)evolution and the authoring engine that drive it (1996) 0.01
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    Abstract
    Discusses the principal features of commercial multimedia CD-ROM and Internet database authoring software, incorporating computer based training modules, and reviews the main characteristics of 8 commercial products
  14. Allen, R.J.: ¬The ROI (return of investment) of CBT (computer-based training) (1996) 0.01
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    Abstract
    Considers the potential of CBT modules, incorporated into commercial multimedia CD-ROM and Internet database authoring software, for reducing training costs and increasing the effectiveness of the training
  15. Dirks, H.: Lernen im Internet oder mit Gedrucktem? : Eine Untersuchung zeigt: Fernunterrichts-Teilnehmer wollen beides! (2002) 0.01
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    Date
    11. 8.2002 15:05:22
  16. Wood, A.D.G.: Instructional technology in the business environment (1995) 0.01
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    Source
    Multimedia today. 3(1995) no.1, S.18-22
  17. Devadason, F.J.; Devadason, R.: TEPACIS: a teaching package on CDS/ISIS (1994) 0.01
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    Abstract
    TEPACIS is a computer assisted instruction package on CDS/ISIS which simulates the running of CDS/ISIS by allowing and accepting keyboard input of command codes and data. It is divided into 16 chapters, each presenting background information and guiding the learner to interact with CDS/ISIS in a simulated environment. TEPACIS includes enough background information on database formats, steps ind esigning a database, inverted index files, and so on, to make it useful to those interested in bibliographic databases in general. A second part, dealing with more advanced features of the software, is being developed
  18. Cawkell, A.E.: Computer based teaching and learning (1995) 0.01
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    Abstract
    Discusses the development of systems designed to improve methods of teaching and learning in schools, colleges and universities, an area currently receiving substantial funding in many countries. Outlines the history of early 'teaching machines' to the 1986 Domesday project and the multimedia hardware and softwware today, focusing on current UK, US and European software developemnt support projects. Reviews the literature on multimedia learning, identifying 2 key difficulties to be overcome; in the area of assessment methods, and the need for a better understanding of the nature of learning and system requirements
  19. Azzaro, S.; Cleary, K.: Developing a computer-assisted learning package for end-users (1994) 0.01
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    Abstract
    Reports the results of a survey of end users of CD-ROM databases, at Ballarat University, Victoria, and the application of the Author authoring software to the development of a user training system (computer assisted instruction), called CDIntro, designed to address the issues raised by the survey. In the 6 months following the launch of CDIntro commercially, it has been purchased by 20 academic and hospital libraries and 2 library schools in Australia and New Zealand
  20. Zainab, A.N.; Hai, T.K.; Hazita, M.A.: ¬A multimedia library guide for general reference information (1998) 0.01
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    Abstract
    Describes the development of UMLIS (University of Malaya Library Information System), a multimedia general guide to the library developed using Authorware 3.0 software. The guide provides information on all 12 libraries within the Malaya University library system, with details about the library type, procedures for membership, borrowing and returning; reservations; fines; regulations; opening hours; and services and facilities offered. Provides information on the library collection, CD-ROM databases and on the OPAC

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