Discusses the effectiveness of using prompting in computer assisted instruction and time delay fading of such prompts to teach new skills to students who have difficulty learning by traditional methods. A CAI tutorial program which uses these techniques to teach time-telling skills is described. (MBR)

Investigates the effect of feedback delay in computer-assisted instruction on short- and long-term retention of mathematical material, by college students. Difficulty level of material and original learning are also considered. Results show that a delay in feedback may have a detrimental effect on retention. (Author/JJD)

A student-computer dialog for teaching a mathematical proof proved effective when tested in two university physics courses. The objective was to make the beginning or intermediate physics student an active participant in the development of the proof, which concerned the conservation of mechanical energy for a mass moving in one dimension and…

Meaningful educational activities and cognitive tools might improve students' active involvements in the teaching-learning process and encourage their reflections on the concepts and relations to be investigated. It is claimed that usage of manipulatives not only increase students' conceptual understanding and problem solving skills but also…

This paper describes a paradigm for tutorial systems capable of automatically providing feedback and hints in a game environment. The paradigm is illustrated by a tutoring system for the PLATO game "How the West Was Won." The system uses a computer-based "Expert" player to evaluate a student's moves and construct a "differential model" of the…

This study investigated the "the effects of receiving the preferred form of online assessment feedback upon middle school mathematics students." Students completed a Web-based quadratics equations learning module followed by a randomly generated online quiz that they could practise as often as they liked. The effect of receiving their preferred…

This paper describes the philosophy of intelligent instructional systems and presents an example of one such system in the domain of manipulative mathematics--BLOCKS. The notion of BLOCKS as a paradigmatic system is explicated from both the system development and educational viewpoints. From a developmental point of view, the modular design of…

With recent advances in computer technology, it is no surprise that the manipulation of objects in mathematics classrooms now includes the manipulation of objects on the computer screen. These objects, referred to as "virtual manipulatives," are essentially replicas of physical manipulatives placed on the World Wide Web in the form of computer…

Powerful applications such as Microsoft Office's Excel and Word are widely used to perform common tasks in the workplace and in education. Scripting within these applications allows unanticipated user requirements to be addressed. We show that such extensibility, intended to support office automation-type applications, is well suited to the…

This study investigated the functional relationship between student accurate response levels and two mathematics drill procedures using a BCBC across participant's single case research design (in this case, "B" represents peer drill and "C" represents computer drill). Each of four elementary school students was randomly assigned to one of two…

The Instructional Design Environment (IDE), a computer assisted instruction tool for instructional design, has been incorporated into the curriculum and instructional development in mathematics instruction in the Stanford Teacher Education Program (STEP). (STEP is a 12-month program leading to an M.A. in education which emphasizes content focus…

During Spring and Summer 1978, the basic mathematics lab course offered at Miami-Dade Community College began to use the college's Response System with Variable Prescriptions (RSVP) to assist in individualizing instruction and record-keeping. The RSVP computer software package permits the maintenance of a record on each student, which includes…

Describes a study of undergraduate education students that investigated the use of corrective feedback in computer-directed instruction (CDI) and examined how different levels of feedback interacted with cognitive levels (i.e., interpretation and memory) for the mastery of mathematics. Implications for instructional designers are suggested. (17…

This study was conducted to determine the effect on achievement and attendance of providing students with computer assisted instruction (CAI) progress reports. Subjects included 105 at-risk eleventh graders in a remedial program funded by Holiday Inn. In a 5-week period during the summer, subjects were required to attend 5 CAI instructional…

Fifty-two fourth and fifth grade students, randomly assigned to three groups (1) competitive, (2) individualistic, and (3) no feedback control, received differential feedback regarding their performance in two 40-minute computer assisted mathematics sessions per week over six weeks. Attributions regarding academic outcomes in computer assisted…