Computers provide particularly powerful environments in which to examine individual differences in cognitive processing and learning outcomes. The computer's capacity to collect and record response protocols facilitates detailed process analysis. Such analyses contribute to increased understanding of how individuals differ in their ability to…

Without special training, most people predominantly process data in one of four ways. Few achieve a coveted whole brain state that integrates such important but separate brain functions as logic and intuition. With new training techniques that exploit the holographic properties of the brain, organizations may be able to tap powerful whole brain…

This paper addresses the issue of incorporating creative thinking and problem solving techniques into an established teacher education methods course for prospective preschool teachers. The project's goals were (1) to increase students' knowledge and understanding of the value of creative thinking skills; (2) to provide group exercises using the…

The difficulty of computer programming and other design tasks is a function of the multiple abstractions that combine to form a program's meaning. Thus, comprehension of the final form of a program design, the program text, involves retrieving multiple sets of relationships between parts. The research presented here addresses which, if any,…

This document addresses the problem faced by stress management programs in their attempts to increase self-awareness of stress response patterns and sources of stress. Drawbacks to the techniques of daily diaries and stress logs are noted and the use of computer-analyzed stress episode cards as a self-awareness feedback technique is explained. The…

This paper analyses new methods of teaching skiing in terms of a computational paradigm for learning called increasingly complex microworlds (ICM). Examining the factors that underlie the dramatic enhancement of the learning of skiing led to the focus on the processes of simplification, debugging, and coaching. These three processes are studied in…

This study examines two questions: (1) are the natural environmental contingencies under which reflective and impulsive children operate different? and (2) if so, which, if any of these differences, predict the nature of behavior change? Forty impulsive and reflective children and their mothers were observed while solving discrimination problems…

Research on the cognitive processes involved in teaching is reported. Experienced teachers were observed and interviewed in an effort to determine the following: 1) how the teacher perceives the class and individual students; 2) how the teacher interprets information gathered through perception; 3) how the teacher uses information acquired through…

This study evaluated the construct validity of the Learning Styles Inventory. Learning styles of participants in a continuing professional education program were associated with both the evaluative statements learners make about the design of the program and their attitudes toward lecture and small group sections of the program. (CT)

Characterizes typical training programs on "learning to think," outlines past research, and lists criteria for an aptitude-treatment interaction (ATI) study of the relationship between tasks, training methods, and student attributes. Details are given of two computerized experiments examining the different effects of algorithmic and…

This study examined 117 undergraduates' perceptions of ability at computer programming and word processing. In particular, it rated the importance of prior experience factors, keyboarding skills, and personal attributes such as enjoyment of problem solving. Those were discovered, in general, to be more important than formal training or aptitude in…

Outlines fundamental capabilities of rule-based expert systems and examines their potential for improving computer-based tutoring. Topics discussed include subject matter knowledge; instructional strategies; rule-based representation of knowledge; decision making; problem solving; authoring languages; cognitive processes; possibilities for using…

Suggests that the overall educational experience of science aspirants has an indirect and latent role in preparing future types of researchers. Discusses arguments concerning the relationship between cognitive inclinations and educational experience, and how problem-solver and problem-identifier type students respond to educational dilemmas. (YP)

Interviewers asked (n=10) 6th- and (n=10) 10th-grade students to solve nonroutine number problems. Task analysis of perseverers, those students who continued after reaching "dead-ends," found that students who were ultimately successful were more inclined to be flexible in their strategies. (28 references) (MKR)

Presents a three-phase process that connects writing and cooperative problem solving to each other and to mathematical skills and concepts. The three phases are: (1) writing to communicate mathematics; (2) cooperative learning; and (3) problem solving. Provides examples illustrating each phase. (MDH)