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首页> 外文期刊>Lasers in engineering >A Design for a Remote Condition Monitoring System for an Optical Fibre Smart Structure Based on Advanced Reduced Instruction Set Computing (RISC) Machines (ARM) and General Packet Radio Service (GPRS)
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A Design for a Remote Condition Monitoring System for an Optical Fibre Smart Structure Based on Advanced Reduced Instruction Set Computing (RISC) Machines (ARM) and General Packet Radio Service (GPRS)

机译：基于高级精简指令集计算机（ARM）和通用分组无线业务（GPRS）的光纤智能结构远程状态监控系统设计

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摘要

A remote monitoring system for optical fibre smart structure based on advanced reduced instruction set computing (RISC) machines (ARM) and general packet radio service (GPRS) is presented. The system consists of laser light source, fibre optic intelligent structures, the monitoring host computer and monitoring centre. Monitoring host is made up of advanced reduced instruction set computing (RISC) machines (ARM) and general packet radio service (GPRS) ARM microprocessor and wireless communication module. It is responsible for photoelectric signal acquisition. And the remote monitoring centre is responsible for signal receiving and processing. They communicate with each other through the wireless communication module which is controlled by the monitoring host. The monitoring experiments are carried out by loading on the composites structure. The composite is embedded with optical fibres which are distributed orthogonally forming a sensing network. The data that contain the health status information of the smart composites structure can be received and processed in monitoring centre and the damage position is located. The designed system decreases the negative effect of limitation factors such as the distance, region and time. The results show that the system is stable and reliable. It provides a new method for condition monitoring of optical fibre smart structure.
机译：提出了一种基于高级精简指令集计算（RISC）机（ARM）和通用分组无线业务（GPRS）的光纤智能结构远程监控系统。该系统由激光光源，光纤智能结构，监控主机和监控中心组成。监视主机由高级精简指令集计算（RISC）机器（ARM）和通用分组无线服务（GPRS）ARM微处理器以及无线通信模块组成。它负责光电信号采集。远程监控中心负责信号的接收和处理。它们通过受监视主机控制的无线通信模块相互通信。监控实验是通过加载复合结构来进行的。该复合材料嵌入有正交分布的光纤，形成传感网络。包含智能复合材料结构的健康状态信息的数据可以在监视中心接收和处理，并确定损坏位置。设计的系统减少了限制因素（例如距离，区域和时间）的负面影响。结果表明，该系统稳定可靠。为光纤智能结构的状态监测提供了一种新方法。

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