Phorigami: A Photo Browser Based on Meta-categorization and Origami Visualization
نویسندگان
چکیده
Phorigami is a photo browser whose meta-interface visualizes photos by groups according to the analysis of photo contexts. At the core of Phorigami, we proposed a meta-categorization for photo regrouping. This categorization method encompasses the scope of current or expected recognition technologies. Two experiments are conducted by manual classification tasks to study the pertinence of proposed categorization method. We then outline our metainterface by applying different interaction technique to feature each photo group.
منابع مشابه
Phorigami: Visualization of Digital Photo Collections by Origami Arts
Issues about navigation of large photo collections have been studied for years. Associated interfaces tend to provide a single usage to deal with all kinds of photos and an integrated interface is rarely addressed. As the everyman photo collection consists of photos of various contexts, we advocate browsing different types of photos by different interaction techniques and presentation models. W...
متن کاملOrigami, Folding Paper over the Web
Origami, paper folding, is a traditional Japanese art of folding paper into representation of 3-D figures. In general, it is quite difficult to learn origami from 2-D images such as diagrams and videos, because it requires inference of 3-D models from 2-D images. We are developing a system for folding origami over the Web, by designing a model of an origami folding process and by implementing a...
متن کاملA Model Browser for Biosimulation
The complexities of biological simulation present difficulties with modeling and experimenting. Simulators process models represented as code, whereas biologists think about abstract models. Our ModelBrowser addresses this difficulty through interactive visualization. Variables and equations appear as a directed graph of nodes and edges, and the user can search and browse this graph by performi...
متن کاملBeyond-the-Desktop Interactive Visualizations
There are many established information visualizations on desktop computers that rely on a regular screen and the combination of mouse and keyboard as input devices. Mobile devices, however, are becoming more and more widespread. Also, tabletop computers may soon find their way into everyday life. Existing visualizations cannot be ported to these devices due to different screen sizes and input m...
متن کاملStructural Dna Origami: Engineering Supermolecular Self-assembly for Nanodevice Fabrication
............................................................................................................................ vi LIST OF TABLES .................................................................................................................... x LIST OF FIGURES ................................................................................................................. xi LI...
متن کامل