The aim of this paper is to present the design, implementation and evaluation of the methodology which focuses on the pedagogical utilization of Interactive Videoconferencing (IVC) in the contemporary elementary school. As part of the project "ODYSSEAS", during the school year 2007-2008, 46 students and 4 teachers from two elementary…

The National Computing Centre (NCC) has developed an interactive video training system for the Scottish Police College to help train police supervisory officers in crowd control at major spectator events, such as football matches. This approach involves technology-enhanced training in a group-learning environment, and may have significant impact…

Discrete-trial training (DTT) relies critically on implementation by trained tutors. We report three experiments carried out in the development of "DTkid"--interactive computer simulation software that presents "SIMon", a realistic virtual child with whom novice tutors can learn and practise DTT techniques. Experiments 1 and 2 exposed groups of…

Teacher educators must find ways to teach course content situated within realistic K-12 contexts so that their preservice teachers can better understand how to apply that content effectively in situations they will face as professionals. Video-conferencing (VC) technology has emerged as a useful tool in teacher education, evincing a wide range of…

Five articles describe the following microcomputer-based interactive video authoring aids: (1) IBM's Learning System/1; (2) Video Nova Authoring System; (3) IMSATT Corporation's expert-based authoring system; (4) the System for Authoring Microtraining (SAM); and (5) Omnicom's Content Expert Interviewer and Interactive Design and Authoring System.…

Explores the potential for using Intelligent Educational Systems (IES) for anchoring instruction in macro contexts in science education. Topics include anchored instruction; situated cognition; problem solving; cognitivism; interactive video environments; and examples of combining IES and anchored instruction. (LRW)

This brief analysis defines a videodisc, describes the term "interactive video" and distinguishes among three categories of videodisc systems, defined according to the level of interactivity they provide. Advantages and applications of videodisc (e.g., simulations) are noted. A final section describes selected projects focusing on the…

Discusses the educational potential of interactive videodisc technology in terms of: (1) training applications; (2) evaluation of effectiveness; (3) advantages of interactivity; (4) design considerations; (5) courseware development and cost considerations; and (6) teacher acceptability. Fifty-two references are provided. (MES)

Suggests that most schools can not currently afford to make an investment in interactive video technology, and points out problems with availability of materials. (ARH)

Describes the use of computer-based tools and techniques in museums. The integration of realia with media-based advice and interpretation is described, electronic replicas of ancient Greek vases in the J. Paul Getty Museum are explained, examples of mediated exhibits are presented, and the use of hypermedia is discussed. (five references) (LRW)

Proposes guidelines to enable the consistent and thorough review of instructional interactive video packages. Presented in outline form, the evaluation criteria include package information, documentation and support materials, role of the computer in instruction, role of video and audio in instruction, and the computer videodisc mix. (CLB)

Presents a set of guidelines for the display features and content of information that should be given to the learner in a computer-generated error message. Examples of common errors and suggested message displays are given. (8 references) (CLB)

Describes steps in creating computer-assisted instruction and interactive video for nursing education, including preliminary planning, user-friendly design concepts, and evaluation strategies. (SK)

The current study focuses on the effectiveness of interactive instruction CDs which was designed for pre-school students. Sixty-seven second grade students who were taking "Computer Teaching in Pre-School Education" at Anadolu University, Education Faculty, Department of Pre-school Education participated in the current study. The data…

Mathematics teachers at all levels of public school education want their students to understand and apply math concepts. When students use different technologies in the classroom, they will become engaged in meaningful learning that helps them to move from abstract ideas to hands-on applications. Students can "see" math concepts and manipulate…