Title :
Learning Environment as a Service (LEaaS): Cloud
Author :
Martin, John Paul ; Chinchu, Krishna S. ; Hareesh, M.J. ; Anish, Babu S. ; Cherian, Sherin ; Sastri, Yedhu
Author_Institution :
Rajagiri Sch. of Eng. & Technol., Kochi, India
Abstract :
Developing countries like India are suffering from acute shortage of investment in education sector. A major portion of investment is used for setting up IT infrastructure like computer labs or experimental work-shops. The virtualization technology in this modern era can eradicate this expenditure reality. This paper proposes an idea called Learning Environment as a Service (LEaaS) using cloud computing, so that the students can make use of virtual labs provided by the institutional cloud server. This reduces the overhead in setting up different labs and also brings down students´ expenditure at home for practising their experiments. This idea provides a flexible, economical and mobile learning environment. The proposed idea leverages the possibilities of cloud computing in reducing the cost of setting up a learning environment, the running cost and cost of human resources for management in an institution. It also alleviates the problems concerned with the infrastructure complexity, maintenance overhead and resource allocation. Here we illustrate an architecture that can be used as an efficient model for building and maintaining a virtual lab framework. In our experiment, we have deployed a cloud platform using CloudStack and XenServer as the major tools at the server side. The client can use thin client technology.
Keywords :
cloud computing; computer aided instruction; cost reduction; mobile computing; network computers; virtual machines; virtualisation; CloudStack; IT infrastructure; India; LEaaS; XenServer; cloud computing; computer labs; developing countries; economical learning environment; education sector; expenditure reality; experimental work-shops; human resources cost reduction; infrastructure complexity; institutional cloud server; learning environment-as-service; maintenance overhead; mobile learning environment; resource allocation; running cost reduction; setting cost reduction; thin client technology; virtual lab framework; virtualization technology; Cloud computing; Computational modeling; Computer architecture; Servers; Tin; Virtual machining; Cloud Lab; Lab Architecture; Learning Environment; Storage Server(SS); Supervising Node(SN); Virtual Machine Creator(VMC);
Conference_Titel :
Advances in Computing and Communications (ICACC), 2014 Fourth International Conference on
Conference_Location :
Cochin
Print_ISBN :
978-1-4799-4364-7
DOI :
10.1109/ICACC.2014.59