|Title:||Iso-surface extractionand aproximation error : technical report no. DCSE/TR-2004-15|
|Publisher:||University of West Bohemia in Pilsen|
|Keywords in different language:||visualization;iso-surfaces;extraction|
|Abstract in different language:||At present, many devices produce the volume data as their output. The well-known data acquisition tools are e.g. MRI, CT or PET scanners, which are used mainly in the medical field. The volume data can represent density, velocity, humidity etc. in the form of structured or unstructured grid. Scientists need to explore such data to study their inner properties and relations and to make decisions. The volume data visualization is a strong tool for such explorations. There are many methods for the volume data visualization. The volume rendering and the surface rendering approaches are governing two main visualization branches in this field. The volume rendering methods visualize the data as a whole. In the apart of that, the surface rendering methods are trying to find surfaces in the volume data and visualize them. The group of methods for the surface rendering contains also methods for the iso-surface extraction from the volume data. This thesis provides a reasonable overview of the main techniques that serve for the volume data acquisition as well as the state of the art in the field of the iso-surface extraction methods. The important methods are sensibly described together with appropriate references given and their difficulties, pros and cons are discussed as well. The offered work also concerns a research that was recently done and the outline of possible directions in which the future research can head towards.|
|Rights:||© University of West Bohemia in Pilsen|
|Appears in Collections:||Zprávy / Reports (KIV)|
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