The multi-sharing mobile remote monitoring system - the four layer object management model and practical system

Y. Murata, Katsuhisa Sugiura, S. Ishihara, F. Sato, T. Mizuno
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Abstract

A remote monitoring of various device distributed over wide area is strongly demanded to cut down their maintenance cost. With the introduction of wireless packet systems, the mobile remote monitoring system has started to propagate, because of a less limit to establish remote monitoring devices and its characteristic of always connectivity. Many small to medium sized corporations have been hesitating, although they understand this necessity, because of high investment costs involved in the maintenance of monitoring systems. One solution to this problem is the ASP (Application Service Provider). We developed the multi sharing mobile remote monitoring system MMRM. This paper will present the four layers object management model and the three layers application protocol stuck model that are basic design schemes of MMRM. The system structure and the function block diagram of the practical system TRM (Tokai-Remote Monitoring System) in which Toshiba Machine's TC-mini is used as a data logger will be introduced. In addition, system characteristics such as the delay period from trouble detection to sending alarm message will also be described.
多共享移动远程监控系统——四层对象管理模型及实用系统
为了降低设备的维护成本,需要对分布在广阔区域的各种设备进行远程监控。随着无线分组系统的引入,移动远程监控系统因其建立远程监控设备的限制较少,且具有始终连接的特点而开始普及。许多中小型公司一直犹豫不决,尽管它们理解这一必要性,因为维护监测系统所涉及的投资费用很高。这个问题的一个解决方案是ASP(应用程序服务提供者)。我们开发了多共享移动远程监控系统MMRM。本文提出了四层对象管理模型和三层应用协议卡模型这两种MMRM的基本设计方案。介绍了采用东芝机器公司的TC-mini作为数据记录仪的实际系统TRM (Tokai-Remote Monitoring system)的系统结构和功能框图。此外,还将描述从故障检测到发送报警信息的延迟时间等系统特性。
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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