Design And Implementation Of Elastic Cloud Resource Management System

With the development of cloud computing technology, it brings a new servicedelivery model for the whole society informationization and will make major changeson human social life. Meantime，along with our country to support the development ofcloud computing. Data centers in different places have been appearing, they all havekinds of cluster management systems for provide better cloud computing services.Eucalyptus, OpenNebula and OpenStack are the most popular cluster managementsystems in the world now.Cluster.class management platform is an emerging hotspot in cloud computingresearch, cluster systems management, the main focus is on the same server cluster torun multiple cluster management systems in order to realize maximum utilization ofcluster resources.Because these data centers often with different cloud computing software (e.g.Eucalyptus, OpenNebula, OpenStack), used to provide monitoring， managing，scheduling machine resources， network resources and virtualization resources ofdata centers.But different development skills, maintenance skills and managementexperiences needed for different cloud computing software, while cloud resourcescannot be shared dynamically among different cloud management platforms, it willhave intense impact for user experience. In this thesis, an elastic cloud resourcemanagement system is designed and realized to achieve the goal of flexiblemanagement with centralized control and uniform distribution for cloud computingcloud software platform in our market, and do not need to change the existingcomputing architecture of the virtual machine cluster; providing informationcollection and management of data center machine functions; providing virtualmachine resource management features such as dynamical building, configuration,migration, and controlling; and also providing virtualization services of resourcessuch as storage and network. After tests， it proves that the feasibility of our cloudcomputing management platform reaches the design requirement, and has great valueof application.