Examines the current development of computer compact disk storage devices (CD-ROM). Describes the basics of how the CD-ROM operates and identifies educational uses. Lists companies currently providing CD-ROM software and producing CD-ROM players. (MVL)

Examined are large curriculum software packages that currently dominate school networks. Indicates ways that networks could serve schools. Discusses different Integrated Learning Systems (ILS), evaluates their use and proposes future uses of these networks. (CW)

Describes development of a multimedia courseware package available on videodisc and CD-ROM for use in teaching cultural awareness and diversity. This interactive package uses role-playing questions and answers and discussion. (JKP)

Centers on the current interest of using CD-ROM for text retrieval. Describes the digital video interactive (DVI) system which integrates graphics, audio, and video images with text. Explores why CD-ROM use by scientists is limited. (MVL)

Describes activities for teaching geology that are appropriate for students in grades 3-8. Highlights include outside speakers; using technology, including computer software, CD-ROM, and laserdisks; e-mail and the Internet; posters; outdoor labs; field trips; and a list of resources for geology. (LRW)

Explains the benefits of computer workstations in schools and describes various components, including projection tools such as LCD (liquid crystal display) projectors, printers, Internet connections, tape drives, digitizers, scanners, laserdisc players, and CD-i (interactive) players. (LRW)

The components and features of ERIC on CD-ROM are discussed. Search techniques and the value of this resource are described. Different systems available are noted. (CW)

Two technologies that promise to provide aid for educational endeavors are the optical laser disc and the compact disc. These two technologies incorporate the highest information storage density available today. When these audiovisual technologies are coupled with a microcomputer, a very effective instructional tool emerges. (MLW)

Describes the design of multimedia computer programming for personal computers that uses moving video to assist in the development of business English listening skills for learners of English as a Second Language. Reviews the aims of the project, the basic technological requirements, and the application's key features. (12 references) (MDM)

Describes possible applications of optical memory developments to language education. Discusses Compact Disk Read-Only Memory and Compact Disk-Interactive, their strengths, weaknesses, targeted markets, and educational applications. (LMO)

Outlines basic steps for using computer technology to make band concert recordings. Current technology allows for the production of professional sounding concert recordings at a fraction of their previous cost. Discusses various equipment options, the production process, mixing and editing, and copyright protection. (MJP)

Describes a method for more effectively storing information on a videodisk to allow greater flexibility. Argues that in order to best use the limited capacity of a single sided video disk that shorter integrated units be used. Gives several examples. (MVL)

Discusses ways to generate and present images to students to study chemicals and chemical reactions. Contrasts current technologies with traditional means of displaying images. Summarizes experiences with the use of interactive videodisk-based lessons for chemistry instruction. (MVL)

Discusses a visual database of information about chemical elements. Uses a single sided 12-inch, 30-minute, CAV-type videodisk. Contains a picture of almost every element in its stable form at room temperature and normal atmospheric pressure. Can be used with the video controller from "KC? Discoverer." (MVL)

Discusses three new advances in the use of optical disc technology in education. Describes the storage formats and capabilities of the videodisc, the compact disc, and the optical write-once disc. Contrasts the three technologies in terms of their production requirements, the hardware involved, and some projected applications in education. (TW)