基于WCF技术的设备监控平台设计与实现
发布时间：2018-08-22 11:55
【摘要】：设备监控程序是用于在线实时监测设备状态的管理平台,是运维工程师在日常工作中的重要工具。目前,市面上多数的设备监控程序是厂家针对自家产品进行开发的,程序通过标准协议对在线设备进行数据采集,汇总后为用户提供简单的数据图表。这样的程序在数据共享、数据交互及数据关联分析上存在数据孤岛,很难将采集的数据形成有价值的内容提供给用户,满足不了用户的个性化要求。针对传统的设备监控程序在数据交互上的不足,基于WCF技术设计并实现了可以用于数据交互的基于WCF技术的设备监控平台。具体工作包括以下几个方面的内容:1.分析了设备监控平台的相关技术及WCF通讯技术,设计并实现了该平台的业务功能。2.针对平台通讯的易用性和扩展性,使用基于WCF通讯技术建立了发布订阅通讯服务,简化了通讯业务中消息传输的方式,并保证了消息传输的安全性及稳定性。3.为提高监控资源利用率,通过Ping设备在线状态,过滤不在线设备。4.为平衡监控资源和响应时间,使用轮询监控的实现方法,避免网络带宽长期被占用而造成使用率低的问题。
[Abstract]:Equipment monitoring program is a management platform for on-line real-time monitoring of equipment status. It is an important tool for operation and maintenance engineers in their daily work. At present, most of the equipment monitoring procedures in the market are developed by manufacturers for their own products. The program collects data from online devices through standard protocols and provides simple data charts for users. Such programs have isolated data islands in data sharing, data interaction and data association analysis, so it is difficult to provide valuable data to users, which can not meet the personalized requirements of users. Aiming at the deficiency of traditional device monitor program in data interaction, a device monitoring platform based on WCF technology is designed and implemented based on WCF technology. Specific work includes the following aspects: 1. The related technology and WCF communication technology of the equipment monitoring platform are analyzed, and the business function of the platform is designed and realized. Aiming at the easiness and expansibility of platform communication, the publish / subscribe communication service is established based on WCF communication technology, which simplifies the mode of message transmission in communication service, and ensures the security and stability of message transmission. In order to improve the utilization rate of monitoring resources, filter non-online equipment. 4. 4 through the online state of Ping equipment. In order to balance the monitoring resources and response time, the implementation of polling monitoring is used to avoid the problem of low utilization caused by the long term occupation of network bandwidth.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52;TP277
本文编号：2197027
[Abstract]:Equipment monitoring program is a management platform for on-line real-time monitoring of equipment status. It is an important tool for operation and maintenance engineers in their daily work. At present, most of the equipment monitoring procedures in the market are developed by manufacturers for their own products. The program collects data from online devices through standard protocols and provides simple data charts for users. Such programs have isolated data islands in data sharing, data interaction and data association analysis, so it is difficult to provide valuable data to users, which can not meet the personalized requirements of users. Aiming at the deficiency of traditional device monitor program in data interaction, a device monitoring platform based on WCF technology is designed and implemented based on WCF technology. Specific work includes the following aspects: 1. The related technology and WCF communication technology of the equipment monitoring platform are analyzed, and the business function of the platform is designed and realized. Aiming at the easiness and expansibility of platform communication, the publish / subscribe communication service is established based on WCF communication technology, which simplifies the mode of message transmission in communication service, and ensures the security and stability of message transmission. In order to improve the utilization rate of monitoring resources, filter non-online equipment. 4. 4 through the online state of Ping equipment. In order to balance the monitoring resources and response time, the implementation of polling monitoring is used to avoid the problem of low utilization caused by the long term occupation of network bandwidth.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52;TP277
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