Design of novel cloud architecture for energy aware cost computation in cloud computing environment

Cloud computing mainly aims to deliver the storage and retrieval of large number of data over the internet for cloud consumers. Many researchers and developers are into the deployment of Cloud architecture by analyzing it in the cloud data centers power consumption models. The challenges faced by the data analytics are to reduce the computational power for the data, as the data growth is infinite over the period. In order to solve this problem a novel approach is needed for the cloud computing for cost computational methods. Our proposed model is an energy aware cost computation for solving the complex data computation through load balancing in the cloud. Our experimental outcomes through Cloudsim have demonstrated the effectiveness and competence of the proposed cost computational algorithm in the Cloud environment in terms of response time, throughput and other QoS metrics.