Project SIRA (System for Instructional Response Analysis) used a systems approach to develop a complete range of programs and techniques both for evaluation of student performance and for evaluation and revision of computer-assisted instruction (CAI) lesson material. By use of the PLATO computer-based instructional hardware system at the…

Presents an input-process-output (IPO) model that can facilitate the design and implementation of instructional micro and minicomputer systems in school districts. A national survey of school districts with outstanding computer systems is described, a systems approach to develop the model is explained, and evaluation of the system is discussed.…

Contends that comparison studies offer one important view from which to frame questions about the study of distance education. Responds to Farhad Saba's ("Toward a Systems Theory of Distance Education") major premises about distance-education research. (AEF)

Three articles discuss instructional design considerations in education for executives: (1) "The Use of the Measurement of Continuous Improvement Model for Training Program Evaluation" (Ferdinand Tesoro); (2) "The Systems Design Approach to Developing Computer Based Instruction" (Gerry Costello); and (3) "Training as a…

Discusses limitations of "Comparing Distance Learning and Classroom Learning: Conceptual Considerations," Smith and Dillon's physical science view of educational technology. Suggests that a systems approach is necessary to describe distance education and define a set of principles and rules for its effective use, as well as a set of criteria to…

A student testing system was developed consisting of computer generated and scored equivalent but unique repeatable tests based on performance objectives for undergraduate chemistry classes. The evaluation part of the computer system, made up of four separate programs written in FORTRAN IV, generates tests containing varying numbers of multiple…

Does educational technology work? Does its application in classrooms help children learn? Can teachers improve their own understanding and practice through technology? The answer is yes; however in a period of widespread concern about educational quality, teachers, parents, policymakers, and taxpayers deserve answers that go beyond fervent beliefs…

Defines and discusses self-training systems and explains strategies for successfully implementing such systems. Highlights include marketing the program; budgeting for the program; preparing the program administrator; preparing the learners, including motivation and resource availability; monitoring progress; and enhancing transfer of training.…

The Florida State model of computer-managed instruction (CMI) differs from other such models in that it assumes a student will achieve his maximum performance level by interacting directly with the computer in order to evaluate his learning experience. In this system the computer plays the role of real-time diagnostician and prescriber for the…

Training evaluation and student achievement measurement literature is reviewed with primary emphasis placed on studies reported in the last 10 years. Recent trends in training evaluation and student achievement measurement are presented. Factors relating to this topic, such as statistical methods, course development methods, training techniques,…

A replicable process for improving instruction through the consistent use of student data collected before, during, and after instruction is proposed. A rational analysis of different types of error rates (theoretical, base, posttest, instructional) and discrimination indices (base, posttest) leads to a set of rules for identifying test items and…

A three-volume series describes the construction of a self-instructional system as a work process with three main phases: system analysis, system synthesis, and system modification and evaluation. After an introductory discussion of some basic principles of instructional programing, this first volume focuses on the system analysis phase,…

The purpose of this study of modern communications technology in education is to present a systematic conceptual approach for analyzing instructional technology, to identify research and development priorities in less developed countries, and to formulate 26 high priority projects to be undertaken in the coming years. Chapter I summarizes the…