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Agent-Based Implementation on Intelligent Instruments

机译:基于代理的智能仪器实现

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摘要

The use of agent to infer actions from domain specific knowledge has proved to be a successful approach. In this paper, we implement an agent-based system extracting knowledge from ontology-based databases that are embedded in intelligent instruments. As the ontology produces static information on the environment, the emerging behavior results from dependence relations between this information and the functional role of each instrument. Agents are organized in two processing agents. The first of them allows dynamic inference on data meaning. In the second agent, knowledge analysis leads to establish dependence relationships between the basic components of the instruments (i.e., variables and services) and to fire remote modes and external services. In such a way, the local model of the intelligent instrument is dynamically extended with capabilities of any other instrument.
机译:事实证明,使用代理从特定领域的知识中推断行动是一种成功的方法。在本文中,我们实现了一个基于代理的系统,该系统从嵌入在智能仪器中的基于本体的数据库中提取知识。当本体产生关于环境的静态信息时,新出现的行为是由该信息与每种工具的功能角色之间的依赖关系导致的。代理分为两个处理代理。它们中的第一个允许动态推断数据含义。在第二个代理中,知识分析可导致在工具的基本组件(即变量和服务)之间建立依赖关系,并触发远程模式和外部服务。通过这种方式,智能仪器的本地模型可以通过任何其他仪器的功能进行动态扩展。

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