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» Visualizing volume data using physical models
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APVIS
2009
15 years 5 months ago
Interactive feature extraction and tracking by utilizing region coherency
The ability to extract and follow time-varying flow features in volume data generated from large-scale numerical simulations enables scientists to effectively see and validate mod...
Chris Muelder, Kwan-Liu Ma
ITC
1998
IEEE
174views Hardware» more  ITC 1998»
15 years 8 months ago
High volume microprocessor test escapes, an analysis of defects our tests are missing
This paper explores defects found in a high volume microprocessor when shipping at a low defect level. A brief description of the manufacturing flow along with definition of DPM i...
Wayne M. Needham, Cheryl Prunty, Yeoh Eng Hong
VISUALIZATION
1999
IEEE
15 years 8 months ago
Splatting Without the Blur
Splatting is a volume rendering algorithm that combines efficient volume projection with a sparse data representation: Only voxels that have values inside the iso-range need to be...
Klaus Mueller, Torsten Möller, Roger Crawfis
DEXA
2004
Springer
180views Database» more  DEXA 2004»
15 years 9 months ago
Algebra-to-SQL Query Translation for Spatio-Temporal Databases
Although many spatio-temporal conceptual models has been proposed in the last years, users must express their queries on the underlying physical data structures. In the context of ...
Mohammed Minout, Esteban Zimányi
150
Voted
TMI
2010
251views more  TMI 2010»
14 years 11 months ago
3-D Scalable Medical Image Compression With Optimized Volume of Interest Coding
We present a novel 3-D scalable compression method for medical images with optimized volume of interest (VOI) coding. The method is presented within the framework of interactive te...
Victor Sanchez, Rafeef Abugharbieh, Panos Nasiopou...