A design of an adaptive peer-to-peer network to reduce power consumption using cloud computing
P. S. Apirajitha, Anitha Angayarkanni · 2012
Information systems based on the cloud computing model and peer-to-peer (P2P) model are now getting popular. In the cloud computing model, a cloud of servers support thin clients with various types of service like Web pages and databases. On the other hand, every computer is peer and there is no centralized coordinator in the P2P model. It is getting more significant to discuss how to reduce the total electric power consumption of computers in information systems to realize eco-society. In this paper, we consider a Web type of application on P2P overlay networks. A model shows how much server peer consumes electric power to perform Web requests from client peers. Here we are creating VM migration to consolidate the server utilization. An algorithm is used for a client peer to select a server peer in a collection of server peers so that the total power consumption can be reduced. Lastly, we evaluate the algorithms in terms of the total power consumption and throughput compared with traditional round robin algorithm.