This review of computer-aided writing includes a brief software survey and an evaluation of current uses of educational technology. Recommendations for the future are also made. (GDC)

The author suggests that trainers charged with converting to computer-based training begin with a pilot program. He covers potential problems and how to address them. (CH)

Describes commercial examples of computerized adventure games that have much to offer language learning. Features for such a program are suggested, and the means by which these programs can be modified for instructional purposes are discussed. (Author/CB)

Computer-generated report cards must be analyzed, evaluated, explained, and acted upon in the same manner as any other professional report. Followup with analysis and recommendations combining information and professional advice must occur. Five helpful suggestions are included. (MLH)

Discusses how computer programing and expository writing are both based on the ability to (1) recognize that a complex whole is composed of manageable parts, and (2) identify the necessary steps for achieving a goal or supporting a generality, and (3) concentrate on and summarize a large amount of information into an abbreviated, succinct…

Parent guidelines for selecting appropriate software for three- to five-year-olds address trying the software out, what to look for, and what to expect. Evaluation criteria cover appropriate vocabulary level, individual needs, child involvement, target audience, creative presentation, and useful feedback. (CB)

Discusses Piaget's pre-operational, concrete operational, and formal operational stages and shows how this information sheds light on how children approach computers and computing, particularly with the LOGO programming language. (JN)

Eight computer-oriented teaching activities are presented. Although all require some computer expertise, they can be easily adapted for students in any grade. Included are various programs using LOGO (drawing insects, fruits, and stars), a LOGO speller, a computer club activities, and others. (JN)

Lists 12 simulation programs covering respiratory mechanics, gas exchange, chemoregulation of respiration, ventilation/perfusion relationships, and acid-base balance. Describes the structure of a typical program and shows how the programs are used during lecture and laboratory sessions. (JN)

Just how much do education's highest-level administrators use microcomputers? This question was partially answered with an informal survey of 75 college presidents. Findings (including presidents' computing backgrounds, personal experiences with microcomputing, programs they would use if available, and basic elements conducive to executive…

Provides several algorithms that use extended precision methods to compute large factorials exactly. The programs are written in BASIC and PASCAL. The approach used for computing N considers how large N is, how the built-in limitation on exact integer representation can be bypassed, and how long it takes to compute N. (JN)

The authors identify several imperatives for counselors who are at the middle point in their professional encounters with computers. These imperatives include the following: don't expect miracles; examine software carefully; use software creatively; team with your client; optimize use of client data; capitalize on research capabilities; design…

To solve the software piracy problem in education, teachers and professionals in positions of responsibility relative to computing must refuse to "go along with" the practice of unauthorized piracy. Software producers must work out agreements that will permit educational institutions to have quality software at reasonable prices. (CB)

Discusses search and retrieval software for use with CD-ROM. Background trends, how data are made usable, supply and demand, data preparation services, and capabilities of search software are described. Vendors of significant information retrieval products are identified, and the characteristics of 12 packages are compared. (Author/EM)

The purpose of this evaluation of DEMOS, a system for decision modeling and uncertainty analysis, was to identify some generic issues of interest in the design of such information systems, obtain insights about the causes of problems in their use, and to suggest hypotheses about how to deal with them. (EM)