This article presents a research study addressing the development, implementation, evaluation, and use of Interactive Modules for Online Training (MITO) of mathematics in higher education. This work was carried out in the context of the MITO project, which combined several features of the learning and management system Moodle, the computer-aided…

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…

This package from the Tennessee Valley Authority (TVA) describes projects undertaken by TVA's Skills Development Program, an effort to help national, state, and local officials improve education. The program includes several futuristic instructional labs that TVA helped to design and install in Morgan County, Tennessee. Instructional labs have…

Four 2nd-grade students completed addition problems on a computer, using video games as reinforcers. Two variable ratio schedules of reinforcement failed to increase student accuracy or the rate of correct responses. In a no-games reinforcement condition, students had more opportunities to respond and had a greater number of correct answers.…

Presents guidelines for the successful implementation of interactive video programs that were identified during the development of the Purdue Academic Learning Opportunity System (PALOS) Mathematics Project, which was designed to improve basic mathematics achievement levels of adults using interactive video and computer-assisted instruction.…

Discusses the use of educational technology for science and math instruction in elementary and secondary schools through conversations with six curriculum specialists and administrators. Highlights include the use of IBM and Macintosh hardware and software; hand-held computers; integrated learning systems; math workstations; computer simulations;…

Technological devices which can aid in teaching students with handicaps include: (1) interactive computer assisted instruction; (2) computer software; (3) hand-held calculators; (4) communication and prosthetic devices which aid in receptive and expressive language and practice; and (5) interactive video systems. (Sources of information about…

Reviews six research articles involving the use of computers for mathematics instruction: (1) geometry skills; (2) calculus; (3) interactive videodisc in pre-calculus; (4) model for integrating computers in classroom; (5) computerized tutoring in applied algebra; and (6) software for enhancing problem-solving skills. (YP)

Examines characteristics of interactive video and microcomputer technology that are useful in the design and development of instructional modules for precalculus, especially for minority groups that have traditionally been underrepresented in math and science. Theoretical design principles are discussed, and examples for use in secondary schools…

A study was conducted to determine if different levels of implementation of an interactive videodisc-based instructional program in mathematics differentially affected the academic achievement of regular students and students with disabilities in mainstreamed classrooms. The videodisc program was designed to be controlled by a teacher in group…

This paper considers ways in which interactive video (IV) is used in mathematics classrooms in England. Teachers (n=14) chose modules from a package of 17. The three modules most used by teachers are discussed. Researchers found that IV use puts greater emphasis on process skills. (14 references) (Author/(MLB)

Describes the use of Keller's Personalized System for Instruction with the addition of videotapes, interactive videodisc, and computer-delivered tutorials in an undergraduate mathematics course. Modifications of Keller's plan for British universities are discussed, examination results are studied, and the quality of the learning experience is…

Describes an evaluative study of the use of interactive video in elementary and secondary school mathematics in the United Kingdom. The "Stepping Stones" game is described; and issues for the design of interactive media are discussed, including high quality sound and visuals, interactivity and pupil support, and activity off the…

Funded by the National Science Foundation, the Hispanic Math Project is a stand-alone tutorial program that teaches measurement lessons with a theme-based presentation format. The interactive bilingual, multicultural program consists of situational modules that combine digital video and animation to deliver developmentally appropriate,…

Describes the use of interactive videodiscs in middle schools and high schools for science and math instruction. Topics discussed include establishing multimedia workstations; positive student attitudes; combining computer software and videodiscs; decreases in failure rates; positive motivation; pacing for individual needs; and effective time…