Abstract: Self-explanation is one of the most effective learning strategies, resulting in deep knowledge. In this paper, we discuss how self-explanation is scaffolded in NORMIT, a data normalization tutor. We present the system first, and then discuss how it supports self-explanation. We hypothesized the self-explanation support in NORMIT will affect students problem solving skills, and also result in better conceptual knowledge. A preliminary evaluation study of the system was performed in October 2002, the results of which show that both problem-solving performance and the understanding of the domain of students who self-explained increased. We also discuss our plans for future research. 1
Cognitive science principles should have implications for the design of effective learning environme...
Abstract. Previous research has shown that self-explanation can be supported effectively in an intel...
Abstract. We present a computational framework designed to improve learning from examples by support...
Self-explanation is one of the most effective learning strategies, resulting in deep knowledge. In ...
Self-explanation is one of the most effective learning strategies, resulting in deep knowledge. In t...
We present the first phase of a project with the goal of developing a general model of self-explanat...
Abstract. We present the first phase of a project with the goal of developing a general model of sel...
Self-explanation is used in several intelligent tutoring systems in the domains of Mathematics and ...
This paper reports the first phase of a project with the goal of developing a general model of self-...
Self-explanation is an effective teaching/learning strategy that has been used in several intelligen...
One approach for helping students learn to program is the use of self-explanation assignments. In th...
Learners often cannot apply (transfer) the knowledge they learned from instructional settings into a...
Abstract. We present the first phase of a project with the goal of developing a general model of sel...
Recent studies have shown that self-explanation is an effective metacognitive strategy, but how can ...
Learning with multiple representations is usually employed in order to foster understanding. However...
Cognitive science principles should have implications for the design of effective learning environme...
Abstract. Previous research has shown that self-explanation can be supported effectively in an intel...
Abstract. We present a computational framework designed to improve learning from examples by support...
Self-explanation is one of the most effective learning strategies, resulting in deep knowledge. In ...
Self-explanation is one of the most effective learning strategies, resulting in deep knowledge. In t...
We present the first phase of a project with the goal of developing a general model of self-explanat...
Abstract. We present the first phase of a project with the goal of developing a general model of sel...
Self-explanation is used in several intelligent tutoring systems in the domains of Mathematics and ...
This paper reports the first phase of a project with the goal of developing a general model of self-...
Self-explanation is an effective teaching/learning strategy that has been used in several intelligen...
One approach for helping students learn to program is the use of self-explanation assignments. In th...
Learners often cannot apply (transfer) the knowledge they learned from instructional settings into a...
Abstract. We present the first phase of a project with the goal of developing a general model of sel...
Recent studies have shown that self-explanation is an effective metacognitive strategy, but how can ...
Learning with multiple representations is usually employed in order to foster understanding. However...
Cognitive science principles should have implications for the design of effective learning environme...
Abstract. Previous research has shown that self-explanation can be supported effectively in an intel...
Abstract. We present a computational framework designed to improve learning from examples by support...