Sensor network and information interoperability integrating IEEE 1451 with MIMOSA and OSA-CBM

K. Lee, R. Gao, R. Schneeman
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引用次数: 23

Abstract

The IEEE 1451 smart transducer interface for sensors and actuators standard was developed to facilitate sensor to network interoperability. It has defined a set of common communication interfaces for connecting transducers (sensors or actuators) to control networks and instruments in a network-independent environment. Concurrently, the Machinery Information Management Open Systems Alliance (MIMOSA) has established an open architecture and a set of protocols for exchanging complex sensor information between condition-based maintenance (CBM) systems. Likewise, the open system architecture for condition based maintenance (OSA-CBM) program has developed an open architecture and standard for distributed CBM software components. Ideally, if there is a way to interface these standards, sensor information can be easily accessed by condition-based maintenance application software. This paper examines the IEEE 1451 standard and the MIMOSA/OSA-CBM specifications to find entry points that can provide a connection between these standards.
集成IEEE 1451与MIMOSA和OSA-CBM的传感器网络和信息互操作性
为了促进传感器与网络的互操作性,制定了IEEE 1451传感器与执行器智能传感器接口标准。它定义了一组公共通信接口,用于连接传感器(传感器或执行器),以控制网络和仪器在网络独立的环境中。同时,机械信息管理开放系统联盟(MIMOSA)已经建立了一个开放架构和一套协议,用于在基于状态的维护(CBM)系统之间交换复杂的传感器信息。同样,基于状态维护的开放系统体系结构(OSA-CBM)项目也为分布式状态维护软件组件开发了开放体系结构和标准。理想情况下,如果有一种方法可以连接这些标准,传感器信息可以通过基于状态的维护应用软件轻松访问。本文考察了IEEE 1451标准和MIMOSA/OSA-CBM规范,以找到可以在这些标准之间提供连接的入口点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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