In this paper, we propose using a decoupled architecture to create a microservice that can deliver scientific visualization remotely with efficiency, scalability, and superior availability, affordability and accessibility. Through our effort, we have created an open source platform, Tapestry, which can be deployed on Amazon AWS as a production use microservice. The applications we use to demonstrate the efficacy of the Tapestry microservice in this work are: (1) embedding interactive visualizations into lightweight web pages, (2) creating scientific visualization movies that are fully controllable by the viewers, (3) serving as a rendering engine for high-end displays such as power-walls, and (4) embedding data-intensive visualizations into augmented reality devices efficiently. In addition, we show results of an extensive performance study, and suggest how applications can make optimal use of microservices such as Tapestry.

中文翻译：

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科学可视化为微服务。

在本文中，我们建议使用解耦架构来创建微服务，该微服务可以以效率，可伸缩性以及卓越的可用性，可负担性和可访问性远程提供科学可视化。通过我们的努力，我们创建了一个开源平台Tapestry，该平台可以作为生产用微服务部署在Amazon AWS上。我们用于证明Tapestry微服务在此工作中的功效的应用程序包括：（1）将交互式可视化内容嵌入到轻量级网页中；（2）创建观众可以完全控制的科学可视化电影；（3）用作渲染高端显示器（例如电源墙）的引擎，以及（4）将数据密集型可视化有效地嵌入到增强现实设备中。此外，我们展示了一项广泛的性能研究结果，