 Jun. Prof. Dr.-Ing. Boris Neubert |
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Raum: 137 Tel.: +49 721 608 47505 neubertXgg1∂kit edu |
Am Fasanengarten 5, Gebäude 50.34, 1. OG, 76131 Karlsruhe, Germany |
| Titel | Bild | Quelle |
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| Discovering Structured Variations Via Template Matching | Computer Graphics Forum DOI: 10.1111/cgf.12788 |
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| Self Tuning Texture Optimization | Computer Graphics Forum (Eurographics 2015), 34(2) |
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| Interactive design of probability density functions for shape grammars | ACM Transactions on Graphics (Siggraph Asia 2015) 34, 6, Article 206 (October 2015) |
Boris Neubert
Visualizing complex relations for distributional analyses
| Ansprechpartner: | Andreas Haupt, Boris Neubert | ||
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| Förderung: | YIN | ||
| Starttermin: | Mitte 2016 | ||
For a long time it is understood that communicating information is more effective by means of visual representations. Kahnemann and Tversky [1] present several cases for severe and systematic errors in processing statistical information. They already suggested the use of graphical depictions to better convey complex relations. In the case of the Simpson’s Paradox relations between properties within subgroups and the specific relation of the subgroups themselves lead to an an overall distribution suggesting the opposite relation of properties as within the subgroups. The project aims offering new tools to communicate research results dealing with that particular problem.
Visual Computing
| Typ: | Vorlesung (V) | Links: | weitere Informationen |
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| Semester: | SS 2016 | ||
| Zeit: | Vorlesung: |
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Seminar: Machine Learning for Geometric Design
| Typ: | Seminar | Links: | Links_bearbeiten |
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| Semester: | SS 2016 | ||
| Ort: | Raum 131 |
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| Zeit: | Freitag 17:00-18:30 |
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Praktikum Visual Computing
| Typ: | Praktikum (P) | Links: | weitere Informationen |
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| Semester: | SS 2016 | ||
| Zeit: | Montag |
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Proposal Slide/pdf wie besprochen an viscomp@ira.uka.de
Content for VR/AR (Visualisation/ Models/ Games),
Capturing Hardware/Software
VR/AR Display/Interaction Software and Hardware.
