HANNAH: A Vivid and Flexible 3D Information Visualization Framework

K. Einsfeld, A. Ebert, J. Wölle
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引用次数: 8

Abstract

In this paper we describe an adaptable multi-purpose 3D user interface for complex heterogeneous information. The framework allows to create visualization instruments by hierarchically combining small visualization widgets. We integrate well known 3D visualization tools in our system and also present new metaphors like the RotaryDiagram. Due to the modular architecture and the underlying ontology we are able to build intuitive visualizations that allow direct manipulation, that directly and vividly respond to user actions and adopt to changing needs. The visualizations provide the user with multiple perspectives on the data and semantic relations between items of various perspectives. The effectiveness of our proposed concepts for 3D information visualization systems is being proven by applying them to an user interface for monitoring, controlling, and optimization of a complex wastewater treatment plant.
汉娜:一个生动灵活的三维信息可视化框架
本文描述了一种适用于复杂异构信息的多用途三维用户界面。该框架允许通过分层地组合小的可视化部件来创建可视化工具。我们在我们的系统中集成了众所周知的3D可视化工具,并且还提供了新的隐喻,如RotaryDiagram。由于模块化架构和底层本体,我们能够构建直观的可视化,允许直接操作,直接和生动地响应用户操作并适应不断变化的需求。可视化为用户提供了关于数据的多个透视图以及不同透视图项之间的语义关系。我们提出的3D信息可视化系统概念的有效性正在通过将其应用于复杂废水处理厂的监控、控制和优化的用户界面来证明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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