Research And Evaluation Of The Virtualized Resources Platform Based On Cloud Computing Environment

As a business model innovation, there are more and more attentions to the cloud computing technology. Cloud computing tasks can be distributed in the pool of resources consisting of large number of computers in order to make a variety of applications to obtain services as needed, significantly simplify IT infrastructure, optimize resources and reduce risk. At present, cloud computing has become the core of the industry's hot technology and development. For the distributed and heterogeneous characteristics of the cloud computing, this paper has researched and analyzed the core technology of the virtualized resources platform based on cloud computing environment. Design and implement a modular virtualized resources platform on this basis. For the modular approach to build cloud computing platform, the biggest benefit is that each module can be developed independently and make cost reduction. The system built has high scalability and good interoperability of heterogeneous. There is no system solution for cloud computing which can support containers of a number of the virtual machine vendors. So this paper studies has important practical significance to the virtualization technology combined with cloud computing technology to improve resource utilization and reduce IT costs. This article includes:1. Design the overall architecture of the virtualized resources platform and the overall architecture of the platform function modules.2. Give a detailed analysis of how to select each module and interconnect the modules. Analyze the requirements and design the modules in detail of the various functional modules of the proposed virtualized resources platform. And give the key techniques for the module implement.3. Build the virtualized resources platform based on cloud computing environment, and implement the performance testing combined with the functional modules. Through the experiment, described the usage scenarios of the various module interface technology, and provided an important reference for the future building and optimization of the virtualization platform.Test results show that the virtualized resources platform based on cloud computing environment implemented in this paper has certain performance advantages compared with the others. This laid the foundation for further study of the virtualized resources platfonn based on cloud computing environment.