A directory of several hundred computer companies, divided into sections on hardware, software, and computer-related services and materials. Entries include company name, address, phone number, principals, contact person, product descriptions, and services. (DMM)

Updated information for computer purchases appropriate for use in a childcare center classroom is offered. Includes a list of minimum hardware requirements for Windows-based computers as well as Macintosh, and low-budget alternative solutions. New software titles for preschool children and K-5 school-age children are reviewed. (AA)

Discussion of computer viruses describes two types of viruses and how they work; suggests ways to prevent or minimize virus risk; and explains how to recognize a virus and limit damage once a virus attacks. A sidebar lists several antivirus software products. (two references) (NRP)

Describes the use of "CACHE IBM PC Lessons for Courses Other than Design and Control" as open-ended design oriented problems. Presents graphics from some of the software and discusses high-resolution graphics workstations. Concludes that computing tools are in line with design and control practice in chemical engineering. (MVL)

Explains the cause of the Year 2000 (Y2K) problem for computers, how it manifests itself, and what can be done to fix it. Attention is given to both microcomputers and more powerful machines. (MSE)

Reviews 70 software programs and 19 print publications, and provides a short synopsis of the best programs. Included areas are: teaching others to use AppleWorks, writing templates, curriculum applications, tools for teachers and administrators, and desktop tools and utilities. Lists resource books for AppleWorks. (MVL)

Discusses a software package that allows the user to solve mathematical problems, analyze data, plot graphs, and to examine mathematical models. Presents the attributes of the program and the available mathematical functions. Provides an example of pH calculations. (MVL)

Reviews the chemistry computer database program "KC? Discoverer" from Project SERAPHIM. This program enables the user to look at chemical, physical, and microscopic properties of each element. Lists other available program options as FIND, GRAPH, LIST elemental properties, and SORT. Describes hardware requirements. (ML)

This bibliography lists 14 books, 154 journal articles, 34 newspaper articles, and 3 research papers published during 1988-1989 on the subject of computer viruses, software protection and 'cures', virus hackers, and other related issues. Some of the sources listed include Computers and Security, Computer Security Digest, PC Week, Time, the New…

The paper examines the way preschool children with handicaps interact with and make their response to computer programs, suggesting that the most important factor ensuring successful computer use is finding the most appropriate method of computer access. Difficulties with software programs are noted, including problems with scanning. It is…

Supplying data from mainframe computers to microcomputers is tedious because IBM mainframe computers use Extended Binary-Coded Decimal Interchange Code (EBCDIC) to represent data and microcomputers use an American National Standard Code for Information Interchange (ASCII) code set. (MLF)

Reviews three computer software programs: (1) "The Children's Writing and Publishing Center"--writing and creative arts, grades 2-8, Apple II; (2) "Slide Shop"--graphics and desktop presentations, grades 4-12, Apple II and IBM; and (3) "Solve It"--problem solving and language arts, grades 4-12, Apple II. (MVL)

The seventh in a series and the third annual update, this annotated bibliography provides an overview of the literature entered in the ERIC database in 1987 on computer use in elementary and secondary education, adult education, and special education. The first of four sections provides a list of overview documents on computer assisted…

Describes eight uses of the microcomputer in the chemistry classroom. Includes games, simulations, and graphics programs most of which are available from Project SERAPHIM. (MVL)

For equivalent computer power, smaller computers are not more expensive than larger computers. The cost of computing in the immediate future will be governed not by hardware costs but rather by personnel, software, and communications costs. (Author/MLW)