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首页> 外文会议>Stereoscopic Displays and Virtual Reality Systems XIV; Proceedings of SPIE-The International Society for Optical Engineering; vol.6490; Electronic Imaging Science and Technology >Cyto Viz: an Artistic Mapping of Network Measurements as Living Organisms in a VR Application
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Cyto Viz: an Artistic Mapping of Network Measurements as Living Organisms in a VR Application

机译：Cyto Viz：在VR应用程序中作为活生物体的网络测量的艺术映射

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摘要

CytoViz is an artistic, real-time information visualization driven by statistical information gathered during gigabit network transfers to the Scalable Adaptive Graphical Environment (SAGE) at various events. Data streams are mapped to cellular organisms defining their structure and behavior as autonomous agents. Network bandwidth drives the growth of each entity and the latency defines its physics-based independent movements. The collection of entity is bound within the 3D representation of the local venue. This visual and animated metaphor allows the public to experience the complexity of high-speed network streams that are used in the scientific community.Moreover, CytoViz displays the presence of discoverable Bluetooth devices carried by nearby persons. The concept is to generate an event-specific, real-time visualization that creates informational 3D patterns based on actual local presence. The observed Bluetooth traffic is put in opposition of the wide-area networking traffic by overlaying 2D animations on top of the 3D world. Each device is mapped to an animation fading over time while displaying the name of the detected device and its unique physical address. CytoViz was publicly presented at two major international conferences in 2005 (iGrid2005 in San Diego, CA and SC05 in Seattle, WA).
机译：CytoViz是一种艺术性的实时信息可视化，由在各种事件下将千兆网络传输到可扩展自适应图形环境（SAGE）期间收集的统计信息驱动。数据流被映射到细胞有机体，将其结构和行为定义为自主代理。网络带宽驱动着每个实体的增长，而等待时间则定义了其基于物理的独立运动。实体集合绑定在本地场所的3D表示中。这种视觉和动画的比喻使公众可以体验科学界使用的高速网络流的复杂性。此外，CytoViz还可以显示附近人员携带的可发现蓝牙设备的存在。其概念是生成特定于事件的实时可视化效果，该效果基于实际的本地存在来创建信息性3D模式。通过将2D动画叠加在3D世界之上，可以将观察到的蓝牙通信与广域网通信相对。随着时间的推移，每个设备都映射到动画淡入淡出，同时显示检测到的设备的名称及其唯一的物理地址。 CytoViz在2005年的两个主要国际会议上（加利福尼亚州圣地亚哥的iGrid2005和华盛顿州西雅图的SC05）公开展示。

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