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Towards an interactive navigation in large virtual microscopy images on 3D displays

机译:在3D显示器上的大型虚拟显微镜图像中实现交互式导航

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Acquiring biomedical images - multichannel, 3D, and/or time-lapse - using modern techniques such as slide scanners, confocal, or electron microscopy generates today huge data streams. This trend raises a large number of issues related to the management of these massive datasets. Efficient solutions for data storage and processing must be developed in order to deliver increasingly reliable and faster analyses. In addition, the improvement of workflows also requires the reinforcement of visualization capabilities. In this article, we introduce anew approach for high capacity screening of slices based on a tool combining pyramidal images representation and 3D visualization on multi-stereo display, in order to simulate virtual microscopy (VM). The preliminary results suggest that the proposed solution facilitates the reading and the understanding of data essentially because they are spatialized.
机译:使用幻灯片扫描仪,共聚焦或电子显微镜等现代技术来获取生物医学图像(多通道,3D和/或延时)会产生大量的数据流。这种趋势引发了与这些海量数据集的管理有关的大量问题。必须开发用于数据存储和处理的有效解决方案,以提供日益可靠和快速的分析。此外,工作流程的改进还需要增强可视化功能。在本文中,我们介绍了一种基于金字塔的图像表示和多立体显示器上的3D可视化相结合的工具进行切片大容量筛选的新方法,以模拟虚拟显微镜(VM)。初步结果表明,所提出的解决方案实质上是因为它们是空间化的,因此有助于读取和理解数据。

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