Paper Info
Title
On interference-aware provisioning for cloud-based big data processing
Abstract
Recent advances in cloud-based big data analysis offers a convenient mean for providing an elastic and cost-efficient exploration of voluminous data sets. Following such a trend, industry leaders as Amazon, Google and IBM deploy various of big data systems on their cloud platforms, aiming to occupy the huge market around the globe. While these cloud systems greatly facilitate the implementation of big data analysis, their real-world applicability remains largely unclear. In this paper, we take the first steps towards a better understanding of the big data system on the cloud platforms. Using the typical MapReduce framework as a case study, we find that its pipeline-based design intergrades the computational-intensive operations (such as mapping/reducing) together with the I/O-intensive operations (such as shuffling). Such computational-intensive and I/O-intensive operations will seriously affect the performance of each other and largely reduces the system efficiency especially on the low-end virtual machines (VMs). To make the matter worse, our measurement also indicates that more than 90 % of the task-lifetime is in the shadow of such interference. This unavoidably reduces the applicability of cloud-based big data processing and makes the overall performance hard to predict. To address this problem, we re-model the resource provisioning problem in the cloud-based big data systems and present an interference-aware solution that smartly allocates the MapReduce jobs to different VMs. Our evaluation result shows that our new model can accurately predict the job completion time across different configurations and significantly improve the user experience for this new generation of data processing service.
Year
DOI
Venue
2013
10.1109/IWQoS.2013.6550282
IWQoS
Keywords
Field
DocType
amazon,i/o-intensive operations,data analysis,virtual machines,google,cloud-based big data processing,interference-aware provisioning,job completion time,ibm,real-world applicability,cloud computing,low-end virtual machines,resource provisioning problem,cloud-based big data analysis,pipeline-based design,big data,computational modeling,benchmark testing,servers,clustering algorithms,interference,data models
Data set,Data processing,User experience design,IBM,Virtual machine,Computer science,Real-time computing,Provisioning,Big data,Cloud computing
Conference
ISSN
ISBN
Citations 
1548-615X
978-1-4799-0589-8
18
PageRank 
References 
Authors
0.88
11
4
Name
Order
Citations
PageRank
Yi Yuan1180.88
Haiyang Wang257373.18
Dan Wang316913.41
Jiangchuan Liu44340310.86