Cost Model and Analysis of Iterative MapReduce Applications for Hybrid Cloud Bursting
Francisco J. Clemente-Castelló, Rafael Mayo, Juan Carlos Fernandez · 2017
A popular and cost-effective way to deal with the increasing complexity of big data analytics is hybrid cloud bursting that leases temporary off-premise cloud resources to boost the overall capacity during peak utilization. The main challenge of hybrid cloud bursting is that the network link between the on-premise and the off-premise computational resources often exhibit high latency and low throughput ("weak link") compared to the links within the same data-center. This paper introduces a cost model that is specifically designed for iterative MapReduce applications running in a hybrid cloud bursting scenario, which are a popular class of large-scale data-intensive applications that provides near real-time responsiveness. Using this cost model, users can discover trends that can be leveraged to reason about how to balance performance, accuracy and cost such that it op-timizes their requirements. We illustrated this approach through a cost analysis that focuses on two real-life iterative MapReduce applications using extensive horizontal scalability experiments that involve multiple hybrid cloud bursting strategies.