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TiDi Browser: A Novel Photo Browsing Technique for Mobile Devices

机译:TiDi浏览器:一种用于移动设备的新颖照片浏览技术

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Today's digital photos can be tagged with information about when and where they were taken. On stationary computers, this information is often used to drive photo browsing. This is not the case for mobile devices.rnWe describe first results of our current research on a novel photo browsing technique called TiDi Browser. TiDi Browser exploits time and location information available in digital photos to facilitate the identification of personal events and the detection of patterns of specific occurrences in time and space. Along with a main view and thumbnail previews, our browser application provides two time lines. One time line visualizes the number of photos taken per temporal unit (e.g., day, week, etc.). This allows users to easily detect personal events in time. The second time line visualizes location information. Since two- or three-dimensional locations are difficult to represent on small displays, we reduce the location information to one-dimensional distance information. The distance is shown in the second time line. Both time lines serve a second purpose as graphical user interface, meaning that they can be used to browse in time. Even larger photo collections can be browsed on very small displays intuitively and efficiently. We implemented our ideas in an interactive prototype that uses a client-server-architecture. To save bandwidth, we transmit appropriately scaled photos that fit the display dimensions of the client (mobile device). To enhance the user's browsing experience, we apply caching and prefetching strategies.
机译:当今的数码照片可以标记有关何时何地被拍摄的信息。在固定计算机上,此信息通常用于驱动照片浏览。对于移动设备而言,情况并非如此。rn我们描述了我们当前对名为TiDi Browser的新颖照片浏览技术的研究的最初结果。 TiDi浏览器利用数码照片中可用的时间和位置信息来促进个人事件的识别以及时间和空间中特定事件的模式检测。除了主视图和缩略图预览,我们的浏览器应用程序还提供了两条时间线。一条时间线显示每个时间单位(例如,日,周等)拍摄的照片数量。这使用户可以轻松地及时检测个人事件。第二时间线可视化位置信息。由于很难在小型显示器上显示二维或三维位置,因此我们将位置信息简化为一维距离信息。该距离显示在第二时间线中。两条时间线都具有图形用户界面的第二个目的,这意味着它们可用于及时浏览。甚至更大的照片集也可以在非常小的显示器上直观有效地浏览。我们在使用客户端-服务器架构的交互式原型中实现了我们的想法。为了节省带宽,我们将传输适当比例的照片以适合客户端(移动设备)的显示尺寸。为了增强用户的浏览体验,我们应用了缓存和预取策略。

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