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A microservices architecture for collaborative document editing enhanced with face recognition

机译:用于人脸识别的协作文档编辑微服务架构

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Modern web applications can now provide rich and dynamic user experiences, such as allowing multiple users to collaboratively edit rich-text documents in real-time from multiple devices. Application architectures are evolving to support the development and deployment of such interactive functionality by decoupling software components into microservices. This paper introduces the architecture and the implementation of a collaborative rich-text editor that makes use of microservices to enable and enhance its scalable co-editing functionality. This includes microservices for synchronizing unstructured text using operational transformations, for chat functionality, and for detecting and recognizing faces in images added to the editor. The architecture makes use of Docker to allow for the development and testing of individual services as separate containers enabling seamless deployment across the available network of computers and other computing devices. The system will be demonstrated by showing how microservices make it possible for multiple users to co-edit a document where images containing faces are added and recognized as part of the document content, thereby supporting the document creation process.
机译:现在,现代Web应用程序可以提供丰富而动态的用户体验,例如允许多个用户从多个设备实时协作编辑RTF文档。通过将软件组件解耦到微服务中,应用程序架构正在不断发展,以支持此类交互功能的开发和部署。本文介绍了协作式富文本编辑器的体系结构和实现,该协作式富文本编辑器利用微服务来启用和增强其可伸缩的联合编辑功能。这包括微服务,这些微服务用于使用操作转换来同步非结构化文本,用于聊天功能以及用于检测和识别添加到编辑器中的图像中的面部。该架构利用Docker允许作为单独的容器开发和测试单个服务,从而可以跨可用的计算机和其他计算设备网络无缝部署。将通过显示微服务如何使多个用户共同编辑文档(其中添加了包含面部的图像并将其识别为文档内容的一部分),从而支持文档创建过程来演示该系统。

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