农业物联网应用服务监测系统设计研究

发布时间：2018-04-17 21:32

本文选题：农业物联网 + 性能监控　；参考：《复旦大学》2014年硕士论文

【摘要】：近几年,我国的农业物联网的发展和应用十分重视。农业物联网的推广也伴随着应用服务访问量的增加,对应用服务的监测也显得日益重要。传统的应用服务监测存在着监控方式单一,缺乏整合,出现问题定位不方便,修复故障耗费的时间过长,没有针对农业物联网的特点进行优化等缺点。为了帮助农业物联网的系统管理人员能及时了解农业物联网应用服务支撑平台负载情况和性能情况,同时帮助其尽快定位故障原因,对可能发生的故障和已经发生的故障做出及时的处理,需要有一套整合的针对农业物联网的监测方案。因此,本论文做了以下研究工作：通过深入分析农业物联网及其应用服务平台的特点,提出一体化的农业物联网的应用服务监控平台方案,结合物联网的三层架构设计了五个模块。1.在感知层,设计了传感信息管理模块。2.在网络层,设计了网络配置自动化管理模块。3.在应用层,设计了自动化负载测试模块,云平台数据库实时监控模块,应用服务器状态监测模块。4.重新优化了报警的流程,减少不必要的报警。5.对农业物联网的安全问题和QoS优化问题进行了研究。
[Abstract]:In recent years, the development and application of agricultural Internet of things in China is very important.The extension of the agricultural Internet of things is accompanied by the increase of access to application services, and the monitoring of application services is becoming increasingly important.Traditional application service monitoring has the disadvantages of single monitoring mode, lack of integration, inconvenient problem location, too long time to fix the fault, no optimization of the characteristics of the agricultural Internet of things, and so on.In order to help the system managers of the agricultural Internet of things to understand the load and performance of the agricultural Internet of things application service support platform in time, and to help them locate the cause of the failure as soon as possible,It is necessary to have an integrated monitoring scheme for the agricultural Internet of things to deal with the possible and existing failures in a timely manner.Therefore, this paper has done the following research work: through in-depth analysis of the characteristics of the agricultural Internet of things and its application service platform, put forward an integrated agricultural Internet of things application service monitoring platform project,Combined with the three-tier architecture of the Internet of things, five modules. 1.In the sensing layer, the sensor information management module. 2. 2 is designed.In the network layer, the automatic management module. 3. 3 of network configuration is designed.In the application layer, the automatic load testing module, the cloud platform database real-time monitoring module, the application server state monitoring module. 4.Reoptimize the alarm flow, reduce unnecessary alarm. 5.The safety problem and QoS optimization problem of agricultural Internet of things are studied.
【学位授予单位】：复旦大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP391.44;TN929.5;TP274

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