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首页> 外文期刊>International Journal of Grid and Utility Computing >Visualising and interacting with multiple simulations using the multichronic tree
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Visualising and interacting with multiple simulations using the multichronic tree

机译：使用多时序树可视化并与多个仿真交互

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摘要

It has been proven experimentally that visual interactive simulation (VIS) is useful in specific contexts. Interaction with the simulated system remains one of the key issues that need to be addressed for VIS to be applied on a large-scale. Little work has been reported recently on using modern computers that offer new types of user interfaces for solving the problem of interactivity with simulations. This paper introduces the multichronic tree user interface concept that provides users with tools for interacting with and visualising multiple simultaneously running simulations. This new VIS concept builds on previous systems, formalises operations and adds several interactive features that can be supported by state-of-the-art computer architectures and display environments. A prototype of the multichronic tree concept is presented along with a discussion on how it could be integrated with other tools in a more general framework for helping users in their simulation exploration process.
机译：实验已经证明，视觉交互模拟（VIS）在特定情况下很有用。与仿真系统的交互仍然是将VIS大规模应用所需要解决的关键问题之一。最近，关于使用现代计算机提供新型用户界面来解决与仿真交互问题的报道很少。本文介绍了多时树用户界面概念，该概念为用户提供了用于与多个同时运行的仿真进行交互和可视化的工具。这个新的VIS概念建立在以前的系统上，规范了操作并增加了一些交互式功能，这些功能可以由最新的计算机体系结构和显示环境来支持。提出了多时树概念的原型，并讨论了如何在更通用的框架中将其与其他工具集成，以帮助用户进行模拟探索过程。

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