Examines new types of educational software. Topics addressed include electronic performance support systems (EPSSs); other examples of electronic support; a systems approach and a human approach to identifying a common category for EPSSs; users' activities and needs; feedback; hybrid EPSSs; and design guidelines. (35 references) (LRW)

Reviews possible sources of reinforcement in computer assisted instruction and systematic utilization of these sources in courseware design. Sources reviewed include reinforcement from the machine itself; from the content of the instructional modules and its arrangement in a learning sequence; and from sources external to the modules. (MBR)

Reviews characteristics of computer-based training (CBT) that make application of communication theories appropriate and presents principles from communication theory (e.g., general systems theory, symbolic interactionism, rule theories, and interpersonal communication theories) to illustrate how CBT developers can profitably apply them to…

Presents a list of recommended practices for designing computer-based instruction courseware based on principles derived from learning research. Research-based principles and the corresponding design practices are outlined for the areas of stimulus design, learner responses, feedback, and lesson control. (6 references) (CLB)

Discusses learner/computer interaction, learner control, sequencing of instructional events, and graphic screen design as effective principles for the design of instructional software, including tutorials. (MBR)

Explains the history of IMMEX (Interactive Multi-Media Exercises) and its evolution into a Web-delivered, interactive software program, which assesses student understanding of curriculum in K-16 classrooms by tracking its application in real-world, problem-solving scenarios. Discusses performance feedback for teachers and students, and offers…

Describes the Hypertutor Model, a message design framework for interactive instructional systems that emphasizes learner control, presentation, practice, feedback, and learning resources. Problems with software designed for computer assisted instruction are examined; hypertutor systems are discussed; and MegaMentor, a hypertutor system at the…

Presents guidelines for determining when interactive courseware requiring single-keypress responses (multiple choice answers) and constructed responses (typed-in answers) are appropriate for use in the classroom. Research findings of studies concerned with these response types are briefly discussed, and needs for further research are outlined.…

Outlines technological and cognitive considerations in the selection of authoring systems for writing computer-assisted instruction (CAI) lessons. Topics discussed include hardware selection; documentation; text display; screen appearance; branching and sequencing; text editing; graphics; animation; sound and voice input and output; student…

Discusses reasons for the lack of computer and software use in the classroom, especially on the elementary level. Highlights include deficiencies in available software, including lack of interaction and type of feedback; philosophies of computer use; the psychology of learning and computer use; and suggestions for developing quality software. (4…

Presents guidelines for developing computer-assisted instructional materials that are based on theoretical instructional theories, including behaviorism; neobehaviorism (imitation and modeling); information processing; cognitive psychology; and learning styles. Guidelines highlight feedback and reinforcement, practice opportunities, sequencing,…