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首页> 外文期刊>Plasma and Fusion Research >Remote Collaboration System Based on the Monitoring of Large Scale Simulation “ SIMON” – A New Approach Enhancing Collaboration –
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Remote Collaboration System Based on the Monitoring of Large Scale Simulation “ SIMON” – A New Approach Enhancing Collaboration –

机译：基于大型仿真“ SIMON”监视的远程协作系统–一种增强协作的新方法–

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摘要

In recent years, there has been a growing awareness that large scale simulation plays an important role in various science fields. To assist such simulation studies in which many collaborators working at geographically different places participate, we developed a unique remote collaboration system, referred to as SIMON (SImulation MONitoring) [A. Sugahara and Y. Kishimoto: J. Plasma Fusion Res. 84, 51 (2008)]. This system is based on the client-server model, where the simulation (client) running on a supercomputer controls an external workstation (server) by sending various requests such as data transfer, analysis, visualization, updating website, etc. via network. Here, in order to increase the reliability of the network connection, we apply a method which establishes the login-shell of SSH automatically, and that ciphers the password by utilizing plural encodes. Furthermore, in order to provide an efficient environment for data analyses on the website, we introduced a method that stratifies the capability of visualization. By applying the system to a specific simulation project of laser-matter interaction, we confirmed that the system works well as a collaboration platform on which many collaborators work with each other.
机译：近年来，人们越来越意识到大规模仿真在各个科学领域中都起着重要作用。为了协助许多在不同地理位置工作的合作者参与的模拟研究，我们开发了一种独特的远程协作系统，称为SIMON（模拟监控）[A。 Sugahara和Y. Kishimoto：《等离子体融合研究》。 84，51（2008）]。该系统基于客户端-服务器模型，其中超级计算机上运行的模拟（客户端）通过通过网络发送各种请求（例如数据传输，分析，可视化，更新网站等）来控制外部工作站（服务器）。在这里，为了提高网络连接的可靠性，我们采用了一种自动建立SSH登录外壳并利用多种编码对密码进行加密的方法。此外，为了为网站上的数据分析提供有效的环境，我们引入了一种对可视化功能进行分层的方法。通过将该系统应用于激光物质相互作用的特定模拟项目，我们确认了该系统可以作为许多协作者相互协作的协作平台而很好地工作。

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