Examines the use of computers for error detection in natural language texts. Focuses on a computer program designed to teach students to edit their papers for errors using pattern matching in error detection. Describes a "pedagogy for editing" and speculates on ways to improve computer detection of errors in natural language texts. (AEM)

Gives a review of four software packages including "Science Toolkit: Module 3--Body Lab" for measuring heart rate, lung capacity, and response time; "Project Zoo: Adventures with Charts and Graphs" for developing process skills; "The Body Electric" for explaining electrical activity in the body; and "M-ss-ng…

Lists criteria for selecting quality computer software. Describes tutorial, drill and practice, test scoring, and simulations as innovative uses of microcomputers. Establishes a need for the use of computers and courseware as learning opportunities. Defines significant vocabulary terms and concepts to promote literacy. (RT)

Discussion of the use of microcomputer-assisted instruction for advanced college writing courses emphasizes word processing exercises and programmed lessons. Topics discussed include computer writing labs, local area networks, commercially available software for writing instruction, teacher developed programs, and authoring languages and authoring…

Describes the development in progress of a syntactic parser of German called "Syncheck," which uses the programing language "Prolog." The grammar is written in a formalism called "Definate Clause Grammar." The purpose of "Syncheck" is to provide advice on grammatical correctness to intermediate and advanced…

Describes a heat capacity experiment designed to provide an interactive environment between the student, the experiment, and the computer. Discusses computer software that has been developed so that the entire interaction can be coordinated from the computer keyboard. (TW)

Discusses the development of Pennsylvania's Information Technology Education for the Commonwealth (ITEC) program, which was mandated by legislation in 1984. Describes some of the activities of the 14 Regional Computer Resource Centers (RCRCs) which were created by ITEC to provide computer education to Pennsylvania teachers. (TW)

Describes four models of the psychological process of reading, and relates them to computer technology. The physiological process of reading printed text from a display screen is discussed, including spacing, the configuration of letters, vision problems, and lighting and glare. The quality of computer printouts is also discussed. (41 references)…

A comparison of the performance of two groups of third grade students practicing division problems is used to assess the effect of a commercial computer-assisted instruction drill program on learning. The progress of the experimental group (using computers) is compared with that of a group using conventional print drill practice. (20 references)…

Techniques for estimating pi using the microcomputer are demonstrated. Four BASIC programs, coded from pi generating formulas, are compared for efficiency. (PK)

Reviews six software packages for use with school age children ranging from grade 3 to grade 12. Includes "The Microcomputer Based Lab Project: Motion, Sound"; "Genetics"; "Geologic History"; "The Microscope Simulator"; and "Wiz Works" all for Apple II and "Reading for Information: Level…

Two alternative representations for the concept of common multiples are presented. These representations can be modeled on or off the computer. (PK)

Reviews of the courseware "Discovery! Experiences with Scientific Reasoning" and "Guess My Rule" are given. Discusses the accompanying manuals, the relative ease of use, and content of the programs. (PK)

Presents a set of teaching activities which deal with the pet overpopulation problem while improving students' persuasive writing skills. Includes activities that focus on how people can solve problems by working together. The activities range from songs to a computer simulation. (TW)

Describes an accurate system for measuring speeds and frequencies with a microcomputer. Explains how the system can give a reasonable graphical representation of velocity and acceleration against time. Gives examples of graphs produced by the program and provides an address to obtain the software for their application. (CW)