Titlebook: Advances in Visual Computing; First International George Bebis,Richard Boyle,Bahram Parvin Conference proceedings 2005 Springer-Verlag Ber

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Interactive 3D Heart Chamber Partitioning with a New Marker-Controlled Watershed Algorithm,-controlled watershed region merging process is incorporated with domain knowledge. A min-cut criterion for region merging is proposed. This approach is effectively applied to the interactive 3D heart chamber partitioning.

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Inferring Cause/Effect Relationships in Multi-sensor Ambient Intelligence Systems,algorithm for inferring cause/effect relationships in these instantaneous variations. Logical connections are obtained in unsupervised mode with no a priori information and leads to the definition of a knowledge base the system can exploit to predict its own near future internal state variations, given the observation of the lab users.

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An NPR Technique for Pointillistic and Mosaic Images with Impressionist Color Arrangement, only one pixel is used for creating pointillistic images like to ones by George Seurat. Their blending with the original image produces a mosaic image resembling that by Chuck Close. Some modifications are also incorporated into the color transformation to improve the reproducibility of mosaic images blended with a collection of tiny images.

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Active View Optimization for Viewing Objects in Motion,ken up into two constraints; the minimum distance constraint and the minimum angle constraint. Finally, a camera path is produced based on the two prior constraints. This framework is then applied to the problem of facial tracking and visualizing a large scene.

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Gingivitis

Mining Paths of Complex Crowd Scenes,nerated model to identify people who do not follow prefixed paths and warn them. Security, safety, rehabilitation are potential application areas. The model is evaluated against new data of the same scene.

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Matti Kamppinen,Antti Revonsuo,Seppo Sajama in real-time on commodity graphics hardware. Practical results confirm that for the same storage requirements our framework provides better visual quality as compared to standard video compression techniques.

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https://doi.org/10.1007/978-94-017-1141-8 thinning, then uses both segmented structures for recovery of the missing parts of the brain superficial venous tree and removal of other vessels. This method has been performed and validated on 9 MRA/MRI data of the brain. The results show that the venous tree is correctly segmented and topologically recovered with a 84% accuracy.

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