This volume attempts to bring together a collection of reports on the Geometric Supposer, a series of computer software environments which can be a tool for exploring particulars and generalizations in geometry. The book contains the following chapters: (1) "A Personal View of the Supposer: Reflections on Particularities and Generalities in…

The results of a research project designed to study possible uses of the computer in the language arts classroom, and to identify the effect on children's cognitive and linguistic development are presented. Subjects were 22 second graders who used two different software programs (Storia Chiusa and Storia Aperta) to complete stories. (CFM)

Describes a computer program under development that is to be used as a tool for theory builders, teachers, and students in language learning. This is an interactive program and not only helps the learning of a language but also provides analysis on how language is learned. Questions if computers learn. (GG)

Discusses the implementation of interactive educational software that was designed to enhance critical thinking, scientific reasoning, and problem solving in a university psychology course. Piagetian and computer learning perspectives are explained; the courseware package, PsychWare, is described; and the use of heuristics and algorithms in…

This final report presents a summary and second-year findings of a 2-year project designed to measure the effectiveness of microcomputer instruction on reading and mathematics skills, classroom behavior, general cognitive development, and problem-solving ability of 700 disabled students (ages 3-11) enrolled in four special education schools in New…

Describes a two-year Canadian project devoted to the development and formative evaluation of a graduated series of four graphics-based programing environments for young children, called pre-Logo Microworlds. Field tests of software and instructional materials are described, and classroom observations and teacher and student interviews are…

Describes the design of a hypermedia tool for helping preservice teachers learn about the growth and development of children's mathematical reasoning based on research in cognitive science, and discusses results of an experiment that used single-subject methodology to compare preservice teachers' learning with the hypermedia tool versus learning…

Virtual Reality (VR) is a computer generated, multi-dimensional, inclusive environment that can build axioms of algebra into the behavior of the world. This paper discusses the use of VR to represent part of the algebra curriculum in order to improve students' classroom experiences in learning algebra. Students learn to construct their knowledge…

This literature review examines recent research on computers and learning for kindergarten through post secondary levels. The dominant areas of inquiry are: (1) effects on learning; (2) development of cognitive skills; (3) academic motivation and self-esteem; (4) effects of environmental factors on learners; and (5) research methodology. (111…

Addresses concerns related to how educational software can be designed to accommodate a constructivist approach to learning. Describes features of software which are consistent with a constructivist view and cites examples of physics materials which are appropriate. (ML)

Examines the potential role for Computer Algebra Systems (CAS) when teaching courses as functions, calculus, and linear algebra to students with low prerequisite algebra skills. A study reports the rationale, planning, and implementation of a functions course integrating Maple CAS into instruction. (MDH)

This paper presents a research study of children using on-screen manipulatives (objects represented graphically on the computer screen) in learning mathematics. The paper begins by offering the rationale for the use of manipulatives in mathematics education, an assessment of why manipulatives are not more commonly used in schools, and a discussion…