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Design and Development of a Distributed Real-Time Tele-Operation Model: Supporting u-GIS Integrated Monitor System

机译:支持u-GIS集成监控系统的分布式实时远程操作模型的设计与开发

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In the real world it is very difficult to implement real-time models in uncontrolled distributed environments and to support well-defined interfaces from real-time systems to external systems. Distributed real-time applications such as Integrated Monitor System to establish u-GIS project environments require distributed real-time application integrated with tele-operation technology able to collect and process data (location information, image information and information about equipment in remote places) generated from remotely distributed construction sites in real time and operate equipment related to the sites from a long distance away. The main purpose of this paper is to study how to support real-time applications, to design TMO-based distributed real-time processing techniques for real industrial applications, to implement and develop a TMO-based DRTS Model with less strict real-time constraints in ubiquitous environments.
机译:在现实世界中,很难在不受控制的分布式环境中实现实时模型并支持从实时系统到外部系统的明确定义的接口。分布式实时应用程序,例如用于建立u-GIS项目环境的集成监控系统,需要与远程操作技术集成的分布式实时应用程序,该技术能够收集和处理生成的数据(位置信息,图像信息和有关远程设备的信息)实时从远程分布的施工现场进行,并在远距离操作与现场相关的设备。本文的主要目的是研究如何支持实时应用,为实际工业应用设计基于TMO的分布式实时处理技术,实现和开发具有较少严格实时约束的基于TMO的DRTS模型在无处不在的环境中。

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