Two issues central to the production of cognitive conflict in the computer environment are discussed. The first one focuses on the use of simulations versus real-world experiences, and the second is directed at the potential for incidental and spontaneous learning versus controlled learning with the computer. (CT)

Discusses the use of computer simulations in an instructional context and emphasizes the need for learner support. The SIMULATE project (Simulation Authoring Tools Environment) is described, the concept of intelligent simulation learning environments (ISLEs) is explained, and a conceptual framework for articles included in this issue is presented.…

This paper addresses the characteristics and applications of artificial intelligence (AI) as a subsection of computer science, and briefly describes the most common types of AI programs: expert systems, natural language, and neural networks. Following a brief presentation of the historical background, the discussion turns to an explanation of how…

Considers two basic models of the teaching-learning process, described as the didactic and the communication models, and applies them to computer assisted learning. Conventional and intelligent tutorials and simulation are used as examples to compare the amount of control students have over learning strategy, content manipulation, and domain…

The essence of the computer revolution is yet to come, for computers are essentially generators of realities. Virtual reality (VR) is the next step in the evolutionary path; the user is placed inside the image and becomes a participant within the computational space. A VR computer generates a direct experience of the computational environment. The…

Discusses the relationship of fidelity and learning in computer simulation. Highlights include a review of previous research; a discussion of transfer of learning; a taxonomy for fidelity analysis with four different types of computer-based instructional simulations; and implications for instructional design and research. (41 references)…

Description of computer-based simulations focuses on the instructional functions of simulations and phases in the learning processes that should be activated by educational simulations. Highlights include a general model for simulation design; degree of learner control; complexity of the content; the role of the learner; and motivational…

Discussion of how to teach thinking and problem-solving skills focuses on a study of seventh graders that attempted to convey expertlike behavior using LEGOLogo to explain how a washing machine operates. Topics addressed include concept representation and mental models; cognitive apprenticeship; and LEGOTClogo as a learning environment. (Contains…

Analyzes three major approaches to the use of computers in education: (1) drill and practice; (2) tutorial, and (3) simulation and programing. Courseware for each approach is discussed, educational philosophy and types of knowledge are described, the effect of computers on learning processes is examined, and 114 references are provided. (LRW)

Research has shown that learning is most effective when job-related. The ideal solution for many young students would be work-study programs or apprenticeships that closely relate learning and experience. Industry stresses the need for a fourth "R" beyond the basic literacy skills--readiness for change. Computer simulation programs may help enrich…

Discusses and defines computer-based instructional simulations based on a review and analysis of computer-based simulation studies found in the literature. Simulation studies are classified and analyzed according to the instructional function for which the simulation was used, and needed research is suggested. (36 references) (LRW)

The director of Northwestern University's Institute for the Learning Sciences describes software that creates simulated environments in which learners focus on skills rather than facts. Also addressed are learning motivation and learning style issues. (SK)

Argues that the computer will make a major difference because it places within one total environment that teaches (the school) another total environment that teaches (the computer). A hopeful sign is the growing number of educational computer programs that use the computer effectively as a mind-tool rather than an instructional medium. (BBM)

Explores roles of computer technology and real world experiences in the learning process. Encourages teaching of critical viewing skills and other aspects of visual fluency. Forecasts changes in the educational system to accommodate emerging technologies and new ways of thinking and interacting with the world. (LFL)

Describes the use of Smalltalk-80, a French programing language, to teach young children to program effectively using object-oriented concepts. Learning processes involving problem solving and programing are examined, the object-oriented environment is discussed, teacher training is described, and future work is suggested. (21 references) (LRW)