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Research and application of key technologies for B/S man-machine interface

机译:B / S人机界面关键技术的研究与应用

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A B/S (browser/server) human-machine interface architecture of separate front-end and back-end is proposed. The micro-services architecture is used to develop the services in the service layer. The standardized service publishing/discovery mechanism, uniform format for message data encapsulation and message subscription theme are implemented to support multiple applications. A new CIM/G graphics conversion method is illustrated which can convert CIM/G graphics to SVG graphics and provide more information for better graphics display. The real-time data push method based on WebSocket is designed to realize pushing multiple graphics data with single WebSocket connection. The B/S human-machine interface has been running stably for more than half a year, compared with the traditional human-machine interface, it can display graphics data in a faster and more efficient way to fulfil requirements of application data display.
机译:提出了一个B / S(浏览器/服务器)人机界面体系结构,该体系结构包含独立的前端和后端。微服务体系结构用于在服务层中开发服务。实现了标准化的服务发布/发现机制,用于消息数据封装的统一格式和消息订阅主题,以支持多个应用程序。说明了一种新的CIM / G图形转换方法,该方法可以将CIM / G图形转换为SVG图形,并提供更多信息以实现更好的图形显示。基于WebSocket的实时数据推送方法旨在通过单个WebSocket连接实现对多个图形数据的推送。 B / S人机界面已经稳定运行了半年以上,与传统的人机界面相比,可以更快,更高效的方式显示图形数据,满足应用数据显示的需求。

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