Middle school mathematics education is subject to ongoing reform based on advances in digital instructional technologies, especially learning games, leading to recent calls for investment in "personalized learning." Through an extensive literature review, this investigation identified three priority areas that should be taken into…

We present a new approach for the organization of schools, which we call the flexible scheduling paradigm (FSP). FSP improves student learning by dynamically redeploying teachers and other pedagogical resources to provide students with customized learning conditions over shorter time periods called "mini-terms" instead of semesters or years. By…

The development of Personal Learning Environments (PLEs) is in the scope of research groups and educators aiming to propose suitable mechanisms for the organization of self-controlled and self-directed learning, providing students with tools and services for access to content and human intelligence inside and outside the educational institutions.…

LS-Lab provides automatic support to comparison/evaluation of the Learning Object Sequences produced by different Curriculum Sequencing Algorithms. Through this framework a teacher can verify the correspondence between the behaviour of different sequencing algorithms and her pedagogical preferences. In fact the teacher can compare algorithms…

Developers of self instruction units sometimes become so involved in the design and development of materials that some of the steps in the systems approach are overlooked or minimized. (Author)

An overview and philosophical discussion of the current use of instructional technology in naval training. This essay focuses on the process of instructional development and establishes a parallel between the concepts of instructional systems development and general management theory. (VT)

Describes PRECEPTOR, an intelligent tutoring system that provides multiple explanations for algebraic word problems involving two variables. Modeling the cognitive processes of an effective teacher is discussed, the capacity for individualized tutoring is examined, and differential tutoring based on varying difficulty levels is explained. (17…

Describes the four basic components of the Learner-Controlled Educational System (LCES), i.e., the student information, instructional analysis, learning activity, and system evaluation modules. A computer-based multimedia instructional system generalizable to practically all content areas and fields of instruction, the LCES emphasizes self-paced,…