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首页> 外文会议>Second ICSC Symposium on Engineering of Intelligent Systems, Jun 27-30, 2000, Scotland, U.K. >A Distributed Object Infrastructure For Intelligent Measurement And Control
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A Distributed Object Infrastructure For Intelligent Measurement And Control

机译：用于智能测量和控制的分布式对象基础架构

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摘要

Several approaches to distributed measurement and control are explored in which artificial intelligence capabilities are combined with automated equipment control environments. Some of the potential benefits of these approaches are identified along with the necessary features and functionality of the infrastructure required to support the proposed approach to distributed measurement and control (DMC). An overview of the Interactive Electronics Laboratory (IEL) and the Measurement Request Broker (MRB) architecture is presented since this has formed the basis for many of the concepts to be discussed. Operating the IEL, which uses the MRB system, has been an important test bed for investigating DMC. It has served not only as a proof-of-principle for the distance laboratory concept, but also has helped identify the required features of following generation systems and has helped clarify some of the enabled possibilities.
机译：探索了几种分布式测量和控制方法，其中将人工智能功能与自动化设备控制环境相结合。确定了这些方法的一些潜在好处，以及支持所建议的分布式测量和控制方法（DMC）所需的基础结构的必要特征和功能。由于交互式电子实验室（IEL）和测量请求代理（MRB）的体系结构已成为许多要讨论的概念的基础，因此对它进行了概述。操作使用MRB系统的IEL已成为调查DMC的重要测试平台。它不仅充当了远程实验室概念的原理证明，而且还帮助确定了后续世代系统所需的功能，并帮助阐明了一些可行的可能性。

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