Inside Case Based Explanation
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Inside Case-Based Explanation
This book is the third volume in a series that provides a hands-on perspective on the evolving theories associated with Roger Schank and his students. The primary focus of this volume is on constructing explanations. All of the chapters relate to the problem of building computer programs that can develop hypotheses about what might have caused an observed event. Because most researchers in natural language processing don't really want to work on inference, memory, and learning issues, most of their sample text fragments are chosen carefully to de-emphasize the need for non text-related reasoning. The ability to come up with hypotheses about what is really going on in a story is a hallmark of human intelligence. The biggest difference between truly intelligent readers and less intelligent ones is the extent to which the reader can go beyond merely understanding the explicit statements being communicated. Achieving a creative level of understanding means developing hypotheses about questions for which there may be no conclusively correct answer at all. The focus of the lab, during the period documented in this book, was to work on getting a computer program to do that. The volume adopts a case-based approach to the construction of explanations which suggests that the main steps in the process of explaining a given anomaly are as follows: * Retrieve an explanation that might be relevant to the anomaly. * Evaluate whether the retrieved explanation makes sense when applied to the current anomaly. * Adapt the explanation to produce a new variant that fits better if the retrieved explanation doesn't fit the anomaly perfectly.
Tenth Scandinavian Conference on Artificial Intelligence
The Scandinavian Conference on Artificial Intelligence continues a tradition of being one of the most important regional AI conferences in Europe for ten years now. The topics of this year’s contributions have a broad range, from machine learning, knowledge representation, robotics, planning and scheduling, natural language, computer vision, search algorithms, industrial applications, to philosophical foundations. These contributions exemplify the diversity of research in artificial intelligence today and confirm the achievement and magnitude of 25 years AI research in Scandinavia. In this tenth edition there will be an overview of the past, present and future of artificial intelligence. Furthermore, attention will be paid to the industrial aspects of artificial intelligence and the impressions from Swedish AI through the years. Other topics discussed are biosurveillance and an elaboration on probalistic modelling and learning in a relational world.
Instructional Design with Emerging Technologies
Bridging the gap between instructional design (ID) theory and practice in today's technology-enhanced learning environments, the book extends the current understanding of instructional science with an up-to-date perspective on emerging technologies and their affordances for teaching and learning. Positioning ID as a systematic process informed by theoretical assumptions, empirical evidence, and pragmatic considerations, this book provides an in-depth description and reflective analysis of good practice in technology-enhanced learning and design with a tripartite framework of pedagogy, technology, and evidence. It covers well-established ID theories and models with real-life examples of their effective integration with technological innovations. The book aims to advance the understanding of ID from both pedagogical and technological perspectives to improve educational practice and theory development in the information age. The book will be of interest to students and academics in educational technology, instructional science, and instructional design, as well as instructional designers and teachers.