海量云计算平台资源自动监控系统设计

Design of automatic monitoring system for massive cloud computing platform resources

为全面扩充资源监控精度水平,提升平台自身的监控时效能力,设计海量云计算平台下的资源自动监控系统。在Zabbix监控架构中,高效连结平台资源拓扑模块、资源态势自动监控模块两个执行设备,完成自动监控系统的硬件运行环境搭建。在此基础上,通过统一海量资源异构接口规范的方式,对监控资源的数据层进行访问,并以此达到完善自动监控状态机制的目的,实现自动监控系统的软件运行环境搭建。结合软、硬件组织结构,完成海量云计算平台资源自动监控系统设计。相同环境下的对比实验结果表明,与普通监控系统相比,资源监控精度可提升至90%左右,平台监控时效水平提升明显。

In order to fully expand the accuracy level of resource monitoring and improve the monitoring and aging capabilities of the platform itself,the automatic resource monitoring system under the massive cloud computing platform is designed.In the Zabbix monitoring architecture,the two execution devices of the efficient connection platform resource topology module and the resource situation automatic monitoring module complete the hardware operation environment of the automatic monitoring system.On this basis,by synthesizing the heterogeneous interface specification of massive resources,the data layer of the monitoring resource is accessed,and the purpose of perfecting the automatic monitoring state mechanism is achieved,and the software running environment of the automatic monitoring system is constructed.Combined with the software and hardware organization structure,the design of automatic monitoring system for massive cloud computing platform resources is completed.The comparison experiment results in the same environment show that compared with the common monitoring system,the resource monitoring accuracy can be improved to about 90%,and the platform monitoring and aging level is obviously improved.