Reviews 34 computer programs designed to help freshman writing students and their teachers either by providing instruction, supporting the composing process, or helping to manage classroom activities. Most of the programs run on microcomputers and are currently available; a few are included because they indicate interesting trends. (MBR)

"Cognoter(tm)" and "CB" software, two new computer-based writing tools that rely on shared texts and real-time communication among participants and support collaborative invention, have implications for invention pedagogy and research. Cognoter improves on current invention aids by combining a brainstorming tool, a graphical…

Teaching invention strategies on the computer offers solutions to the problems of selection and presence by providing a variety of invention strategy alternatives. These strategies inform the teacher of the rhetorical task at hand and allow communication to exist at all stages of writing. A writer using a computer and a pool of heuristic…

Written in the form of a workshop transcript for participants to take with them, this booklet is designed to present new ideas, reinforce ideas covered in the workshop, suggest applications of workshop content, and encourage participants to use the applications. The concept of "problem" is defined; key ideas in problem solving are considered;…

Reviews the use of computers in the teaching and practice of writing in university courses. Highlights include hardware considerations; software options for grammar, punctuation, stylistic analysis, and prewriting (or invention) skills; artificial intelligence, composition, and literature; collaborative learning; and faculty development. (LRW)

Describes a deterministic computer model that incorporates: (1) initial framework composition; (2) abrasion factors for quartz, feldspar, and rock fragments; and (3) a fragmentation ratio for rock fragments to simulate the recycling of coastal sands by rivers and beaches. (TW)

Reviews educational applications of artificial intelligence and presents empirically-based design variables for developing a computer-based instruction management system. Taken from a programmatic research effort based on the Minnesota Adaptive Instructional System, variables include amount and sequence of instruction, display time, advisement,…

Distinguishes between using microcomputers for wordprocessing, drills, and repetitive tasks in mechanics and vocabulary and using them for alternative methods of presenting, reviewing, and testing course materials. Argues software for computer assisted writing instruction should address significant writing problems, approach writing from a true…

Describes a computer-assisted, interdisciplinary course in decision making developed to promote student participation and critical thinking. Students participate in 20 interactive exercises that utilize and illustrate psychological and economic concepts. Follow-up activities include receiving background information, group discussions, text…

Described and evaluated are microcomputers as a tool for construction in geometry education and heuristic theorem finding through interactive continuous variation of geometric configurations. Numerous examples of theorem finding processes are provided using the prototype graphics system CABRI-Geometer. (MDH)

Presents two spreadsheets for middle school students applying Polya's heuristic to help develop number sense, reasoning abilities, and problem-solving skills. Spreadsheet 1, "the coin problem," allows students to vary coin quantities to total $8.32. Spreadsheet 2, "ratios," develops number relationships while finding 3 3-digit…

Provides a rationale for a learning environment in science classrooms that integrates science, mathematics, and technology while solving authentic problems. Describes activities that can be used in such an environment and presents data regarding students' attitudes toward the described activities. (MDH)