用于视觉分析的交互式多模态显示空间

T. Marrinan, Arthur Nishimoto, J. Insley, S. Rizzi, Andrew E. Johnson, M. Papka
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引用次数: 3

摘要

经典的可视化分析依赖于单一的媒介来显示和交互数据。大规模的瓷砖显示墙、使用头戴式显示器或CAVE系统的虚拟现实以及协作触摸屏都被用于数据探索和分析。我们提出了结合多种显示环境和输入模式来创建交互式多模态显示空间的初步发现,使研究人员能够利用最适合特定子任务的各种技术。我们的主要贡献是:1)部署了一个输入服务器,该服务器与各种交互设备接口,以创建可用于自定义可视化应用程序的单一统一数据流;2)利用多个显示环境相互结合的三个实际用例,以增强科学发现和数据传播。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interactive Multi-Modal Display Spaces for Visual Analysis
Classic visual analysis relies on a single medium for displaying and interacting with data. Large-scale tiled display walls, virtual reality using head-mounted displays or CAVE systems, and collaborative touch screens have all been utilized for data exploration and analysis. We present our initial findings of combining numerous display environments and input modalities to create an interactive multi-modal display space that enables researchers to leverage various pieces of technology that will best suit specific sub-tasks. Our main contributions are 1) the deployment of an input server that interfaces with a wide array of interaction devices to create a single uniform stream of data usable by custom visual applications, and 2) three real-world use cases of leveraging multiple display environments in conjunction with one another to enhance scientific discovery and data dissemination.
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