Introduces the unique interfacing equipment for measuring muscle strength over time. Explains the materials, setup method, operation, and typical display. Suggests other activities with which to utilize this device. (YP)

Describes a program which addresses the needs of underserved handicapped children who live in isolated rural areas of Nevada. Covers the program's computer-assisted, home-based curricula and video-assisted, home-based assessment and instruction as well as evaluation methodology and results of preliminary child-progress data. (JHZ)

It is argued that microcomputer technology has evolved to the stage that it should be routinely used by mathematics students at all levels. It is shown how the use of microcomputers can change the way problems are solved. Computer-generated graphics are highlighted. (PK)

The article considers the problem of how to plot on the computer screen a circle with center (A,B) and radius R. Several different procedures are discussed and compared. (PK)

Describes an industrial design course in the Netherlands. Includes a discussion of the school history, integration of various courses, implications from the experience, design process as decision-making, basic design cycle derived from the general problem-solving process, design methodology, creativity, and conclusions. (YP)

Describes a French industrial design school. Information includes student selection, curriculum, projects, partnership with industry, studios, research, and an example of a case study. (YP)

Discusses how to examine and evaluate claims of improved academic performance in advertisements for computer-assisted instruction. Highlights include the proper use of comparison groups; types of statistical analyses; the Hawthorne effect; the interpretation of scores; interpreting graphic presentations; tests of significance; and cost…

Describes study that investigated the effects of well-designed computer-assisted instruction (CAI) versus poorly designed CAI on college students' computing behavior, quality of prewriting, and attitudes toward the instruction. Comparisons are made with paper versions of both CAI displays, and guidelines for CAI design are presented. (38…

Outlines three lessons designed to increase students' involvement in social studies classes, excerpted from the author's book, COMPUTERS, CURRICULUM, AND WHOLE-CLASS INSTRUCTION. Student surveys, supported by database and/or graphing software, are used to study immigration, banking and technology, and interpreting graphs and bias in information.…

Discusses grammar and spelling instruction in The Netherlands for students aged 10-15 and describes an intelligent computer-assisted instructional environment consisting of a linguistic expert system, a didactic module, and a student interface. Three prototypes are described: BOUWSTEEN and COGO for analyzing sentences, and TDTDT for conjugating…

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)

The opening address from CALICO '87 in Monterey, California, compares the potential of computer-assisted language instruction (CALI) as claimed in the 70s to the realities of CALI now. Discusses the language proficiency levels best suited for applications of CALI as it now exists. Enumerates six challenges for CALI. (LMO)

Describes the monolingual nature of the United States in a multilingual world. Proposes a partial solution--a National Foreign Language Center which would utilize current technology to allow quick access to information about any language. (LMO)

Three elements to be considered in computer-assisted language instruction courseware design are: (1) environment; (2) visuals; and (3) timing. Computer-generated environments must be dynamic, flexible, challenging, and engaging. Visuals must be easily readable, uncluttered, consistently laid out. Program time should be balanced with real time.…

This description of microcomputer-based laboratories (MBL) for science focuses on experiments with a motion detector by non-science majors at Tufts University. Exercises had been used previously with sixth grade middle school students, indicting the effectiveness of MBL for students with a wide range of abilities. (Author/LRW)