This buyer's guide to seven major types of statistics software packages for microcomputers reviews Edu-Ware Statistics 3.0; Financial Planning; Speed Stat; Statistics with DAISY; Human Systems Dynamics package of Stats Plus, ANOVA II, and REGRESS II; Maxistat; and Moore-Barnes' MBC Test Construction and MBC Correlation. (MBR)

Outlines the major questions which should be considered by an individual purchasing commercially packaged software for use on a personal computer. (JL)

Describes various instructional materials designed to teach computer programing. These materials (primarily for the Apple II microcomputer) include books, teaching packages, videotapes, audiocassette tapes, and computer media (including programs loaded from cassettes and disks). Information on classroom packages, writing software, and selecting an…

Contends that computer software development has fallen far behind progress in hardware development. Explains how to evaluate courseware critically. (Author/JM)

Provides necessary characteristics to consider when selecting a CAI system plus a list of costs and capabilities available with the better known CAI systems. Characteristics of major CAI systems are presented in three categories--large/maxi, mini, and micro systems--in chart form. (JEG)

The purchase of computer software must come before the purchase of hardware. Otherwise school people may watch an excellent computer collect dust while they search in vain for software that fills their needs. (Author/JM)

There is an abundance of educational software available, the quality of which ranges from invaluable to a waste of money. The following guidelines should make shopping for software as painless as possible: (1) know your objectives; (2) be sure the software fits your equipment; (3) consider dealer support; (4) consider brand names first; (5) check…

The paper reviews the production activities of the Educational Media Production Project for the Hearing Impaired, a project designed to adapt existing or develop new instructional materials for the hearing impaired. (Author/CL)

Delineates primary criteria for choosing a computer for instructional functions, such as computer literacy development; hands-on experience; new content or skills teaching; enrichment and remediation; and alternate learning strategies. Discusses memory size, programing and authoring languages, service warranties and maintenance, user networks, and…

Once a school has decided to invest in computers, many other decisions must be made. Considerations should include cost, technical requirements, and standard, upgraded, and "dream" features. Recommendations that can be used as helpful guidelines are presented. (CJ)

Continued from the front cover, this article offers suggestions about selecting and purchasing microcomputers and software for schools. (WD)

It is necessary for those who are developing and/or evaluating software for purchase to carefully consider its educational compatibility, instructional design adequacy, and technical adequacy. Specific factors are examined as they relate to the development and/or evaluation of educational microcomputer software for handicapped learners. (Author)

Many of the factors that go into evaluating computer courseware are the same ones educators have been applying to all instructional materials long before computers entered the classroom. Discussed are some effective ways for locating computer courseware and instruction and computer related evaluation factors. (RM)

Discusses factors which determine whether there is a need for simulation and objectives associated with a simulation effort. Also discusses characteristics of existing software packages which determine if instructors should use the software or develop their own software for the particular problem under analysis. (JN)

As computers become better suited for classroom use--in terms of both design and cost--two limitations stand in the way: (1) lack of educationally sound programs or software (called courseware in education); and (2) lack of a computer language that teachers can easily use to create or adapt courseware for their classrooms. (CJ)