Presents an experimental verification of a hypothetical construct explaining the basic mechanism behind the behavior of an intelligent agent implemented in the Solution, Mapping, Intelligent, Learning Environment (SMILE) performance supported system. Explains the SMILE concept mapping method and its role as a problem-solving tool. (Author/LRW)

The purpose of this article is to provide five empirically-derived guidelines for knowledge map construction tools that facilitate problem solving. First, the combinational representation principle proposes that conceptual and corresponding procedural knowledge should be represented together (rather than separately) within the knowledge map.…

This article analyzes collaboration in a computer-supported learning environment based on the professional practices of mediation and dispute resolution. In so doing, it explores the nature of collaborative learning in a setting marked by competition as much as cooperation. Interviews with students suggest that the processes of collaborative…

The design of a web-based hypermedia learning solution requires a robust design process--a full iteration that conceptually, metaphorically, structurally and navigationally defines a solution with the end users at its core as exemplified by Kommers (2001). Initially this process was considered as a sequential, hierarchical pyramid from conceptual…

Discussion of structural knowledge assessment for large groups focuses on the features of a "KNOT" computer program which uses a network similarity index (NETSIM) to compare novice and expert concept maps. Treatment in three high school physics classes investigated reliability as well as content, construct, concurrent, and predictive…

Discusses agent technology within educational settings and describes two information systems, SMILE (Solution, Mapping, Intelligent, Learning, Environment) and AIMS (Agent based Information Management System) that use concept mapping to address issues including adaptive learner support, problem solving, information navigation, information…

Presents a conceptual foundation for using concept mapping as a cognitive learning strategy and as a method for assessing structural knowledge; reviews the growing body of research related to both applications. Describes some of the conceptual and empirical limitations of concept mapping. (Author/AEF)

Describes the use of concept mapping as a tool to gather data about student misconceptions. Student concept maps are used to inform the design/development of an innovative, simple-to-use, computer-based learning tool which may be incorporated into online courseware. The interactive grouping tool is designed to allow students to construct their own…

Describes a computer-based concept mapping tool that provides rich representational capabilities, including dynamic imagery (video, animated images, sound) and multiple levels of abstraction. The tool can automatically translate a concept map into an alternative representation-an outline-that contains all of the knowledge contained in a…

Describes a framework for computer-aided concept mapping that provides the means to easily trace the learning process. Presents the construction of a concept map as a script which consists of elementary operations. This approach can be applied in presentation tools, in evaluating the learning process, and in computer-aided learning. (Author/AEF)

Concept mapping is a powerful learning technique that can be enhanced by computer technology. Software tools are already available for the preparation of concept maps but as yet, few systems provide feedback on their content. The claim made by this article is that by enlisting the student as an assessment partner, computer-based feedback becomes…

Describes the current situation of teaching and learning in China and the features of biology science; reviews existing theories of cognitive and learning styles as well as concept mapping. A Concept Mapping Training Course is outlined which incorporates concept mapping into biology learning. Students' different cognitive styles are taken into…

Three self-instructional science modules were developed and pilot tested in the Jamaican secondary education system for the concept mapping, cooperative grouping, and laboratory approaches. Formative evaluation revealed that the modules enhanced teachers' understanding of the Reform Of Secondary Education (R.O.S.E.) methodology; however content of…