Learning Web Materials
The learning web is a model for human knowledge processes and
their support through communications media and information
technologies.
This page provides links to articles on the learning web and
teaching materials using the learning web approach and tools.
Access to Learning Web Materials
Computer Science Course Materials
- CPSC451:
Software Engineering In this course students work in
"customer" and "supplier" teams each with 12 people with differing
roles. The web and email are used to coordinate customer-supplier
negotiation.
- CPSC547:
Advanced Information Systems In this course students work
in small teams using the web, list server and conceptual modeling
tools to develop their projects. Searching the web is the primary
source of knowledge. Projects are reported through the web, and
the project reports from previous years remain available.
- SERN: Software
Engineering Research Network SERN operates at the graduate
level supporting industry-based research and a workplace MSc in
Software Engineering. SERN is experimenting with tools to support
the full participation by students in industry in graduate courses
and thesis projects.
Education Articles
- The Learning Web: A System View and an Agent-Oriented
Model, D.H.Norrie and B.R.Gaines, 1995.
Abstract,
HTML,
RTF,
PostScript.
- Foundations for the Learning Web, B.R.Gaines,
D.H.Norrie and M.L.G. Shaw, 1996.
Abstract,
HTML,
RTF,
PostScript.
- Implementing the Learning Web, B.R.Gaines and M.L.G.
Shaw, 1996. Abstract,
HTML,
RTF,
PostScript.
- Experience with the Learning Web, M.L.G. Shaw and
B.R.Gaines, 1996. Abstract,
HTML,
RTF,
PostScript.
- Comparing Constructions through the Web, Mildred L G
Shaw & Brian R Gaines, 1995.
Abstract,
HTML,
RTF,
PostScript.
- Collaboration through Concept Maps, Brian R Gaines
& Mildred L G Shaw, 1995.
Abstract,
HTML,
RTF,
PostScript.
Foundational Articles
- The Collective Stance in Modeling Expertise in Individuals
and Organizations, Brian R Gaines, 1994.
Abstract,
HTML,
RTF,
PostScript.
- An Agenda for Digital Journals: The Socio-Technical
Infrastructure of Knowledge Dissemination, Brian R Gaines,
1993. Abstract,
HTML,
RTF,
PostScript.
- A Learning Model for Forecasting the Future of Information
Technology, Brian R Gaines and Mildred L G Shaw, 1986.
Abstract,
HTML,
RTF,
PostScript.
- Modeling and Forecasting the Information Sciences,
Brian R Gaines, 1991.
Abstract,
HTML,
RTF,
PostScript.
- Adapting to a Highly Automated World, Brian R Gaines,
1987. Abstract,
HTML,
RTF,
PostScript.
- Kelly's "Geometry of Psychological Space" and its
Significance for Cognitive Modeling, Mildred L G Shaw and
Brian R Gaines, 1992.
Abstract,
HTML,
RTF,
PostScript.
- Comparing Conceptual Structures: Consensus, Conflict,
Correspondence and Contrast, Mildred L G Shaw and Brian R
Gaines, 1989. Abstract,
HTML,
RTF,
PostScript.
Technologies
- Supporting Collaboration through Multimedia Digital
Archives, Brian R Gaines, 1994.
Abstract,
HTML,
RTF,
PostScript.
- Knowledge Acquisition Tools based on Personal Construct
Psychology, Brian R Gaines and Mildred L G Shaw, 1993.
Abstract,
HTML,
RTF,
PostScript.
- Concept Maps as Hypermedia Components, Brian R Gaines
and Mildred L G Shaw, 1995.
Abstract,
HTML,
RTF,
PostScript.
- Porting Interactive Applications to the Web,
B.R.Gaines, 1995. Abstract,
HTML,
RTF,
PostScript.
- WebMap: Concept Mapping on the Web, B.R.Gaines and
M.L.G.Shaw, 1995. Abstract,
HTML,
RTF,
PostScript.
Background to Learning Web
The learning web is a systemic approach to the modeling and
support of knowledge processes in a learning society. The knowledge
processes are modeled from a collective stance which views the
human species as a single organism recursively partitioned in space
and time into agents that are similar to the whole. It models the
formation of expertise in society as a positive feedback process in
which agents allocate resources for action to other agents on the
basis of those latter agents past performance leading to functional
differentiation of individual learning agents. It models various
aspects of education as a means of disseminating expertise to create
continuing and large-scale resources from short-lived and
limited-capacity individual agents. The role of information
technology is modeled as one of providing knowledge support systems
that expedite the processes of knowledge formation and dissemination.
The learning curves of information technology are themselves modeled
to provide insights into the present convergence of telecommunication
and computer technologies to provide the so-called 'information
highway' that makes it possible to implement the learning web on a
large scale.
The learning web approach can be introduced into existing
undergraduate courses and doing so provides the basis for its
implementation on a larger scale transcending institutional
boundaries. However, an essential prerequisite is the restructuring
of existing pedagogical approaches, de-emphasizing received wisdom
and authority of the instructor, and emphasizing collaborative
learning and meta- reflection on all aspects of the learning process
itself. The instructor becomes a facilitator of students learning to
learn, and eventually that process of learning to learn must itself
become an overt topic for discussion by students fully participating
in its management. In the same way that in the current educational
system the home prepares for the school and the school prepares for
the university, the university must come to see itself as preparing
students for a role in a learning society in which they have come to
understand and manage their own processes of lifelong learning.
Mediator is an agent-oriented network supporting knowledge access,
collaboration and simulation, in order to provide a widely accessible
learning environment. It provides an open architecture integration of
heterogeneous subsystems supporting a natural symbiosis between human
and computer agents. Mediator has been implemented on the World Wide
Web with the web itself providing access to linked multimedia
resources, and a number of special purpose tools and servers
providing access to interactive knowledge modeling tools such as
concept maps and repertory grids.
The learning web approach and tools have been used in a number of
undergraduate and graduate courses in Computer Science. They have
also been used to support research communities coordinated through
the Internet. The results of this experience has been described in a
number of
papers.
KSI
Page
gaines@cpsc.ucalgary.ca 6-Dec-96