Title :
CRESS: A platform of infrastructure resource sharing for educational Cloud computing
Author :
Wenhong Tian ; Xiashuang Sun ; Yaqiu Jiang ; Haoyan Wang
Author_Institution :
Sch. of Comput. Sci. & Eng., Univ. of Electron. Sci. & Technol. of China, Chengdu, China
Abstract :
Cloud computing is very attractive for schools, research institutions and enterprises which need reducing IT costs, improving computing platform sharing and meeting license constraints. Sharing, management and on-demand allocation of network resources are particularly important in Cloud computing. However, nearly all-current available cloud computing platforms are either proprietary or their software infrastructure is invisible to the research community except for a few open-source platforms. For universities and research institutes, more open and testable experimental platforms are needed in a lab-level with PCs. In this paper, a platform of infrastructure resource sharing system (Platform as a Service (PaaS)) is developed in virtual Cloud computing environment. Its architecture, core modules, main functions, design and operational environment and applications are introduced in detail. It has good expandability and can improve resource sharing and utilization and is applied to regular computer science teaching and research process.
Keywords :
cloud computing; educational institutions; educational technology; research and development; resource allocation; virtual enterprises; CRESS; IT costs; PaaS; computer science teaching; computing platform sharing; educational cloud computing; enterprises; infrastructure resource sharing system; license constraints; network resource allocation; open experimental platforms; open-source platforms; platform as a service; research community; research institutes; research institutions; research process; resource utilization; schools; software infrastructure; testable experimental platforms; university; virtual cloud computing environment; Cloud computing; Open source software; Process planning; Resource management; Service-oriented architecture; PaaS; cloud computing; resource sharing; virtualized environment;
Journal_Title :
Communications, China
DOI :
10.1109/CC.2013.6623502