基于混合云的高校云实验平台的体系架构研究

Research on the Architecture of University Cloud Experimental Platform Based on Hybrid Cloud

针对高校实验环境教学存在的问题,对比3种云计算架构在高校云实验平台应用的优缺点,分析混合云的网络互联方式和基础网络的架构,结合高校云实验平台应用的现状和需求,提出基于混合云的高校云实验平台的体系架构。该架构既能降低实验室建设成本,保护高校内部的重要数据和研究成果,也满足高校高频率的访问和大容量的存储需求,又能提高云客户端的访问速度,同时满足用户的个性化定制实验环境的需求。

Aiming at the existing problem of teaching experimental environment, compares the advantages and disadvantages of the three cloud computing architectures in the application of university cloud experimental platform, and analyzes the network interconnection method and the basic network architecture of the hybrid cloud. Combined with the current situation and demand of cloud experiment platform in universities, proposes an architecture of university cloud experimental platform based on hybrid cloud. This architecture can both reduce the cost of laboratory construction, protect important data and research results in universities. Besides it meets the high frequency of access and large capacity storage requirements, improves the cloud client access speed again, and meets the needs of user＇s personalized customized environment at the same time.