The author presents guidelines for the selection of statistical analysis software given to graduate students to work independently. Criteria for a good teaching program are delineated. Several software programs are evaluated: STATMASTER, Statistics and Probability, Monte Carlo Simulations, Survey Sampling, KEYSTAT, CAPSAS: Computer Assisted…

Sutphin and Richardson discuss finding software in other disciplines and adapting it for vocational agriculture. Makin, Chase, and Wonacott describe a National Center for Research in Vocational Education project to develop a procedural guide for microcomputer courseware evaluation. (SK)

Presents several computer-oriented activities dealing with electronic dice, reading menus, rhyming words, and a high-technology version of musical chairs. Although these activities assume a certain level of computer expertise, each one can be easily adapted in any grade. (JN)

Explores the use of microcomputers in readability calculation. (DF)

The home computer must be outfitted with high quality software to be a valuable educational tool. Suggestions on where to look for software and standards to use in evaluating materials are offered. (DF)

Examines issues related to educational computing. Indicates that although teachers and software makers say that home computers will transform schools, problems of equity and quality of courseware remain unresolved. Points out that 80 percent of educational programs have gone on the market with little or no research or testing. (JN)

Presents microcomputer programs and programing techniques and demonstrates how these programs can be used by teachers to explain economics concepts and to help students make judgments. Each microcomputer application is supplemented by traditional graphic and mathematical analysis. Discusses applications dealing with supply, demand, elasticity,…

Computer software for elementary and secondary school second language instruction produced by 55 companies is listed and briefly described. The information is organized by company. Each company listing includes the publisher's address and telephone number and citations for each relevant computer program. For each program, information on price,…

Addresses the question of what parents can do to help their children get a better education by using computers at home. The age span covered ranges from preschool to high school. Sources of educational software catalogs and list of educational computing magazines with applicability to home use are included. (JN)

A case study discusses factors influencing the selection of microcomputer instructional software for a cerebral palsied 6-year-old boy. Complete descriptive information is provided for 25 software programs selected in language arts, mathematics, problem solving, communication, and music. (JW)

Teachers often have difficulty finding the time to develop or find quality software for classroom use. One solution to this problem is to have advanced microcomputer students produce software. Suggestions for teachers to use in implementing microcomputers into the classroom are offered. (DF)

Describes MultiTool, a new programming shell for use in developing multimedia education and training applications with microcomputer-based software and videodisk-based images. Examines the objectives of the system and its limitations, analysis and design of a courseware module, and implementation details. (LZ)

This paper describes SEF.ASSISTANT, a special software shell for authoring languages to be used in the development of courseware serving computer based education (CBE). The capabilities of SEF.ASSISTANT are identified: (1) it will generate programs written in the IBM SEF.PC authoring language; (2) it is compatible with external standard software…

Briefly reviews the origins of the hypermedia concept, comments on its use in higher education, and describes a project at Dartmouth College that developed a training process to introduce a hypermedia authoring environment to the academic community. (CLB)

Discusses topics and issues related to (1) international impact of microcomputers; (2) minimum guidelines for software development; (3) achieving minimum standards; and (4) accomplishments in the areas of introductory chemistry, organic chemistry, analytical chemistry, and physical chemistry. Challenges for the future are noted. (JN)