ruth thomas
580 California St., Suite 400
San Francisco, CA, 94104
Education 2000: Implications of W3 technology
1996, Computers & Education
https://doi.org/10.1016/0360-1315(95)00063-1
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Abstract
A~tract-The current development of the World Wide Web (W3), the globally interlinked hypermedia network of text, pictures and images, presents unique opportunities for education. The distributed nature of the W3, and the ease with which users can gain access and contribute to it sets it apart from any other hypermedia system. However, to date the W3 has been used predominantly as a means of delivering information, either in the form of lecture notes or virtual libraries. Such usage neglects the power of the W3 as an environment through which programs may be accessed and controlled interactively. The capabilities of the W3 in the latter respect are e~olving at an enormous rate. If education is to exploit the tools so provided, it must cease to view the W3 as a simple authoring environment and instead consider how the access to applications that this environment can provide can be harnessed in support of the learning process itself and in the management of the educational environment of the student. The above argument is illustrated by examples taken from the Interact project, which was the first TLTP (Teaching and Learning Technology Programme) project to utilize W3 technology. Within this project two tools were developed, the Interact Communication Facility (ICF) and the Presentation Manager (PM). The ICF permits simulations to be integrated into the hypermedia environment provided by W3 while the PM provides greater and more convenient control over simulations so integrated. These tools permitted the creation of a learning environment, the Interact Simulation Environment (ISE), which greatly extends the availability of the simulations as a learning resource and the opportunity for dialogue about the simulations as they are used in learning. The basic principles which underpin the creation of this environment in engineering are shown to be extensible to other domains and to non-Interact based applications. In a separate but related project, commercial applications such as MATLAB are also shown to be controllable over the W3. The weaknesses of the 1SE are, however, also discussed and the benefits liable to be accrued from re-implementation of this environment in Sun's new Java language are considered. The potential of Sun's new browser Hotjava to further revolutionalize the educational opportunities provided by the W3 is seen to be but further evidence of the dynamic nature and real opportunity that this new technology provides for education.
References (23)
- MAGPIE, The Interact educational resources guide. University of Wales, Aberystwyth http://www.dcs.aber.ac.uk/ ~jjw0/index ht.html (1994).
- Walker D., Flexible learning and information technology: the STILE project. CTISS File 17, 4142 (1994).
- Laurillard D., Rethinking University Teaching. Routledge, London (1993).
- Thomas R., Neilson I., Smeaton C. and Slater A., The Interact Simulation Environment. Presented at Computer Aided Learning in Engineering, Department of Mechanical and Process Engineering, University of Sheffield (1994).
- Thomas R. and Neilson I., Harnessing simulations in the service of education: the Interact Simulation Environment. Computers Educ. 25, 21-29 (1995).
- Slater A. F., Controlled by the Web. Presented at First International Con/erence on the Worm WMe Web, Geneva (1994).
- Slater A. F., An overview of communication within the Interact system. Technical paper. Heriot Watt University, Edinburgh, Interact project (1993).
- Slater A. F., Extending W3 clients. Presented at Second International Worm Wide Web Conference, Chicago (199~,).
- Smeaton C. and Slater A., Integrating simulations with W3 courseware. Presented at Second International Worm IWide Web conference: Mosaic and the Web, Chicago (1994).
- Rumelhart D. and Norman D., Accretion, tuning and restructuring: three modes of learning. In Semantic Factors in Cognition (Edited by Cotton J. and Klatsky R.). Erlbaum, Hillsdale, N.J. (1978).
- Mayes J. T. and Coventry L., British Telecom Report: Learning through Telematics. Heriot Watt University, Edinburgh (1994).
- Ackerman M. S. and Malone T. W., A tool for growing organisational memory. Presented at ACM Conlerem'e on Office lnJormation Systems (1990).
- Brailsford T. and Davies P. M. C., Collaborative Learning on networks. Presented at CAL'95, Cambridge (1995).
- Mayes J. T. and Smith C., Constructive learning in practice: three ICBL case studies. Presented at CAL'95, Cambridge (1995).
- Nielson J., H),pertext and Hypermedia. Academic Press, London (1990).
- Nielson J., The art of navigating through hypertext. Commun. ACM 33 (1990).
- Perlman G., Egan D., Ehrlich S., Marchionini G., Nielson J. and Schneiderman B., Evaluating hypermedia systems. Presented at Proceedings of the A CM CHI'90 Conference Human Factors in Computing Systems, Seattle, Wash. (1~990).
- McKendree J., Reader W. and Mayes T., Studies of interactivity, presented at MEDIAactive. Liverpool John MOore's University (1994).
- Mayes J. T., Kibby M. R. and Anderson A., Signposts for conceptual orientation: some requirements for learning from hypertext. In Hypertext: State of the Art (Edited by McAleese R. and Green A.). Intellect Books (1990).
- Nicol D., Smeaton C. and Slater A., Footsteps: trail-blazing the Web. Presented at Third International Worm WMe Web Conference, Darmstadt, Germany (1995).
- Interact, A guided tour of the Interact Simulation Environment (ISE). http://gorgon.eng.cam.ac.uk/CAL'95/index~html (1995).
- MADEFAST, The Madefast Project in collaborative engineering design. Stanford University, Stanford, http://cdr.stan- ford.edu/html/MADEFAST/home.html (1994).
- hosted on a Unix machine currently would he capable of being run on a PC under Windows 95 or Windows NT or on a Mac under OS 7.5 and ultimately will be capable of being run on other Unix platforms. Once an application is written in Java it is available for all platforms that support Java and can readily be distributed over the W3. Indeed, the Interact CAL'95 workshop at Cambridge provided the forum for the local display, using Hotjava, of a Fast Fourier Transformation simulation written in Java and hosted in Edinburgh.