There are many problems which current user interfaces either do not handle well or do not address at all. The contributions to this volume concentrate on three main areas: interactive books, computer-aided instruction, and visualization. They range from a description of a framework for authoring and browsing mathematical books and of a tool for the direct manipulation of equations and graphs to the presentation of new techniques, such as the use of chains of recurrences for expediting the visualization of mathematical functions. Students, researchers, and developers involved in the design and implementation of scientific software will be able to draw upon the presented research material here to create ever-more powerful and user-friendly applications.
Maximize the diagnostic capabilities of CT imaging! This book provides the essential information needed for formulating findings in CT of the head and spine. The book is conceived as a highly practical guide for use in routine CT diagnosis, as well as in critical on-call emergency situations. The features: Condenses information to the core questions of the diagnostic problem at hand without oversimplifying: What does the clinician want to know? What must be included in the findings, and what differential diagnosis must be excluded? Clear and didactic organization of information in pathogenesis, clinical findings, and CT morphology Convenient summaries, offset by a second color, provide information to be used during the CT examination that assure that nothing will be overlooked Detailed descriptions of normal anatomy with normal values help to differentiate pathologic from normal findings.
There are many problems which current user interfaces either do not handle well or do not address at all. The contributions to this volume concentrate on three main areas: interactive books, computer-aided instruction, and visualization. They range from a description of a framework for authoring and browsing mathematical books and of a tool for the direct manipulation of equations and graphs to the presentation of new techniques, such as the use of chains of recurrences for expediting the visualization of mathematical functions. Students, researchers, and developers involved in the design and implementation of scientific software will be able to draw upon the presented research material here to create ever-more powerful and user-friendly applications.
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