Cognitive style is a potentially rich, but typically overlooked, source of individualization in computer based instruction (CBI). Using information about learners' cognitive styles in the design, development, and evaluation phases of CBI production can maximize individualization. In the design phase, for example, learners' cognitive styles can be…

A study found that learners with reflective-observing learning styles (n=16) tend to learn better with linear video, and those with active experimenting learning styles (n=42) tend to achieve greater learning with computer-assisted interactive video instruction. (JOW)

Arguing that a well designed graphical display can function as a memory store, this article suggests three principles for the design and use of computer graphics: parsimony, accessibility, and reflection. It is suggested that "progressive graphics" are particularly suited to computer implementation. (Author/MBR)

Discusses intelligent computer-aided learning (ICAL) support systems and considers learner characteristics as elements of ICAL student models. Cybernetic theory and attribute-treatment results are discussed, six components of a student model for tutoring are described, and methods for determining the student's model of the tutor are examined. (22…

Addresses cognitive style and visual literacy in use of instructional computing, focusing on learner interaction with screen displays and ways cognitive style and visual preferences facilitate or inhibit learning, and asks whether having computers in classrooms is only a case of utilizing another form of television. Research areas are suggested.…

The potential abilities of microcomputers to respond to personal learning patterns and individual learning styles are discussed. (MP)

Soon families of every socioeconomic level will have microcomputers in their homes. Most classrooms and probably all schools will have at least one such machine. Many potential advantages may result from the involvement of young children with microcomputers. Some of these are the stimulation of reflective thinking, the development of cognitive…

Computer programers need to understand educational theory about how children learn in order to devise software that will incorporate a multisensory approach for students' unique learning styles. (CL)

Microcomputers are not necessarily a desirable teaching/learning tool for young children. Learning styles of the preschool child are not often compatible with computer assisted instruction techniques. An examination of the types of available programing activities and software is presented. (DF)

Arguing that the main promise of computers lies in their potential for moment-by-moment adaptation of instructional content and form to the changing cognitive needs of individual learners, this paper clarifies the implications of this potential for tutoring research, and points out overlooked relations between different strands of research…

Educational institutions need to recognize and accommodate the individual needs of learners from culturally diverse backgrounds, of whom a large number are Blacks and Hispanics. To accommodate the educational needs of these learners, educators need to build on their entry-level strengths, which have been identified as: (1) orientation toward…

Describes how reading instruction in comprehension will be much like instruction in thinking and problem solving due to the capacity of computers to store data and retrieve literal information instantly. (CRH)

The efficacy of using graphic representations of concepts, which are more readily generated on a computer than in traditional texts, was studied. The study, which involved teaching computer programming, is described. The necessity of further research is discussed. (JL)

Word processors can assist teachers and students by focusing on writing as a process, rather than a product. Word processing breaks writing up into manageable chunks that permit writing skills to develop in an integraged manner. (10 references) (CJH)

According to the author's book "Being Digital," our world is shifting from atoms to bits. Digitally rendered information, combined with personal computing power and networks, will make computers active participants in our everyday lives. "Teaching-disabled" classrooms will move from passivity to active participation and…