基于Internet的资产管理交互式数字孪生框架

L. Kong, S. Harper, D. Mitchell, J. Blanche, T. Lim, D. Flynn
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引用次数: 13

摘要

数字化正在影响着众多行业的产品和服务的设计、运营和管理,以及规划功能。在我们的研究中,我们专注于远程关键基础设施资产管理的具体需求和挑战。我们提出了一个单一的数字孪生框架,它可以同步跨多个设备的数据和通信协议,以支持在任何场景、任何地点、任何时间在物理世界和网络世界之间交换数据。我们的框架可以支持1000个不同的传感器和执行器的同步。我们的数字孪生的结果是使用嵌入式前端传感海上能源资产。它可以过滤和翻译来自任何嵌入式传感器和操作系统的复杂数据和消息。此外,我们还展示了一个完整的数字孪生框架如何允许最终用户模拟捕获环境、人员和资产之间交互的未来事件,从而更好地理解操作风险和资产的剩余使用寿命。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interactive Digital Twins Framework for Asset Management Through Internet
Digitalization is influencing the design, operation and management, as well as planning functions for products and services across a myriad of industries. In our research we focus on the specific needs and challenges in the asset management of remote critical infrastructure. We propose a single Digital Twin framework which can synchronize the data and communication protocols across multiple devices to support exchanging data between the physical world and the cyber world under any scenario, anywhere and at any time. Our framework can support the synchronization of 1000 different sensors and actuators. The results of our Digital Twin are demonstrated using embedded, front-end sensing for offshore energy assets. It can filter and translate complex data and messages from any embedded sensor and operating system. Furthermore, we show how a complete Digital Twin framework allows end-users to simulate future events capturing the interactions between the environment, people and assets, enabling a better understanding of operational risks and remaining useful life of assets.
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