Explains courseware abstraction as a method of creating generalized computer assisted learning (CAL) lessons that can then be applied to provide as many concrete examples as desired. Topics discussed include generative CAL; cost efficiency; lesson verification; student evaluation; and factually exhaustive lessons. (nine references) (LRW)

Describes the development of the microcomputer-based educational software, DNAzoom, which was designed to introduce undergraduates in molecular biology to computer analysis of DNA protein sequences. Highlights include graphical presentation of data, the functional use of color, a menu-oriented interface, and students' evaluations of the software.…

Describes an alternative approach to evaluation of computer assisted language learning software in the form of a flexible three-component framework. The approach targets operational description, teacher fit, and learner fit, from which teachers can develop their own evaluation procedures. (Author/CB)

The article attempts to provide a rationale for the use of computer assisted learning with handicapped and nonhandicapped students and suggests implications of computer assisted learning. Computer usage is differentiated from computer assisted learning; computer assisted learning is compared to other methods; and limitations of computer assisted…

Over the past decade, Brigham Young University has developed many interactive videodisc programs for personalized foreign language instruction, from early prototypal projects to current HyperCard and Toolbook packages. A broad description of the different models, their variations, and their implementation is provided. (Contains seven references.)…

Contains an illustration and text to aid in describing the DynaPulse 200M Education Edition microcomputer-based laboratory (MBL), which combines interactive software with curriculum and medical instruction to teach students about the cardiovascular system. Review includes key features of the software, cost, and ease of use. (ZWH)

Describes how to teach students to plan and write reports using software designed to facilitate information organization. Creating outlines and concept maps is discussed, examples are provided that use "Inspiration" software, and a list of software titles for outliners and concept mappers is provided. (Contains two references.) (LRW)

Presents an application of the software tool DERIVE in the exploration and visualization of a relationship between logarithmic and exponential functions. (Author/MKR)

Describes integrated learning systems (ILSs) and their impact on education. Topics discussed include courseware; curriculum areas; instructional strategies; ILS management systems; and future trends, including IBM versus Macintosh, multimedia, networked software, and curriculum design. (LRW)

Discusses the term microworld; develops a conceptual framework to analyze the sense in which the world metaphor may or may not hold; and describes a study of high school physics students working individually with the computer microworld "Elmira" that was conducted to analyze how their thinking was worldlike. (Contains 11 references.)…

The question "What shape will have the largest area for a given perimeter?" identifies an important relationship between area and perimeter that has long been intuitively realized in many cultures. Historically, numerous cultures have made use of this relationship between area and perimeter when struggling to build dwellings with shapes…

Discusses the use of software created for practical, real-world applications to connect mathematics to other subjects and to the world outside the classroom. Software presented includes Design Your Own Home, Bridgebuilder, Physics Explorer, Aldus Superpaint, and Sprout. (MKR)

A preservice teacher education course involving the applications for a computer within the mathematics classroom is described in terms of its evolution from a workshop to a regular curricular offering. Included are samples of computer experiments which suggest computer teaching activities for the prospective teacher lacking in field experience.…

Explores the use of the Geographic Names Information System (GNIS) computer program by undergraduate geography students. Argues that, through place name mapping, students can integrate geographic concepts and explore geographic themes in an atmosphere of self-discovery. Offers as an example a GNIS exploration of Wisconsin's valleys. (SG)