Describes an interactive video program crafted to instruct beginning television production learners in the basics of directing a dramatic television scene. Topics include the development of the program, techniques used to teach scene analysis, camera staging, script marking, and the direction process.(KRN)

Explains goal-based scenario (GBS) learning environments. Topics discussed include defining educational requirements; characteristics of a GBS, including hardware and software; an example of a GBS currently in operation to teach client consulting skills, including user reactions; assessing learning; the use of simulation; and the roles of the…

Three interactive computer-assisted learning programs are described. The use of tissues from freshly killed frogs is simulated, including the isolated sciatic nerve, the sciatic nerve-gastrocnemius muscle, and the in situ heart. (KR)

Discussion of learner control in computer-assisted instructional simulations focuses on an experiment conducted with undergraduate students that compared three different treatments for instructional control in an aircraft simulator. Topics addressed include performance on immediate and delayed posttests; practice; student attitudes; effects of…

Reviews a HyperCard stack designed for use in schools and at home. Describes the program as primarily a database of information on Iraq, Kuwait, and the Gulf War. Contends that the program is pedagogically weak and of marginal use in the classroom. (CFR)

Describes the use of simulation to introduce the bootstrapping technique of creating confidence intervals for the mean, median, and variance. These bootstrap confidence intervals are compared to the traditional confidence intervals for the purpose of analyzing accuracy of the technique. A Minitab program to produce confidence intervals is…

Reports on two aspects of the SIMULATE (Simulation Authoring Tools Environment) project: an account of the learning processes that are involved in learning with computer simulations, and an inventory of learner attributes. Topics discussed include ISLEs (intelligent simulation learning environments), prior knowledge, motivation, cognitive style,…

The director of Northwestern University's Institute for the Learning Sciences describes software that creates simulated environments in which learners focus on skills rather than facts. Also addressed are learning motivation and learning style issues. (SK)

Discusses the use of virtual reality as an educational tool. Highlights include examples of virtual reality in public schools that lead to a more active learning process, simulated environments, integrating virtual reality into any curriculum, benefits to teachers and students, and overcoming barriers to implementation. (LRW)

Special education uses three types of computer-based instruction software: drill and practice, tutorials, and computer simulation. Assistive technology applications (electronic communication devices, voice-activated software, and print readers) are available for students whose disabilities do not allow them to perform functional tasks…

Highlights changes brought on by computers and technological advancement and notes that only those with a vision of the future can direct and participate in the evolution of education. Suggests that virtual reality, simulation, animation and other computer-based features will render traditional class learning futile and that computerized education…

Describes a study that examined high school students' ethical reasoning in the context of their participation in a computer simulation of a workplace environment. Includes opportunities for ethical decision-making, classroom observation of participating students, and responses to hypothetical ethical dilemmas. (Author/LRW)

Offers suggestions on ways to use computers to individualize instruction for gifted students including drill and practice, simulation programs, independent research, creative projects, organization of data, and development of presentations. (DB)

Discusses opportunities for interactive learning on the World Wide Web for elementary and secondary school students. Highlights include active learning Web sites; telecollaborative learning; simulations; tools and resources; technology issues; small group collaboration; student privacy; and an annotated bibliography of applicable Web sites. (LRW)

Examines the effect of 3 different types of multimedia simulation (physical, procedural, and process) for teaching the concept of energy to 14-year-old students. Pre- and posttest results showed significant, consistent cognitive gain for the physical simulation; and a more complex and varied pattern of interaction between type of simulation and…