A Reinforcement Learning Based System for Minimizing Cloud Storage - PowerPoint PPT Presentation

Sep 24, 2022 •176 likes •360 views

A Reinforcement Learning Based System for Minimizing Cloud Storage Service Cost Haoyu Wang 1 , Haiying Shen 1 , Qi Liu 1 , Kevin Zheng 1 , and Jie Xu 2 1 University of Virginia and 2 George Mason University ICPP2020 Online presentation Web

A Reinforcement Learning Based System for Minimizing Cloud Storage Service Cost Haoyu Wang 1 , Haiying Shen 1 , Qi Liu 1 , Kevin Zheng 1 , and Jie Xu 2 1 University of Virginia and 2 George Mason University ICPP2020 Online presentation
Web application:
Type of storage User Hot Cloud Storage Cold Web Application Archive CSP: Cloud Service Provider
US West Hot $0.0055 US East Cold $0.01 Hot $0.005 Cold $0.01
Outline • How to minimize storage monetary cost • Related work • Wikipedia trace analysis • Markov decision process problem formulation • Main design • Performance evaluation • Conclusion
Minimize storage monetary cost Different price is determined by: • Storage type • Read/write operation frequencies • Storage period
Related work • Cloud storage payment minimization • Cloud resource pricing • Combining cloud providers Unlike the above methods, the goal of our method is to minimize the total payment a cloud storage service customer made to a CSP by leveraging the different types of storage provided by the CSP.
Trace analysis
Trace analysis
Trace analysis
Problem formulation Markov Decision Process M=(S,A,P,R) State space: Action space: Reward:
Main design 1. A3C algorithm used in MiniCost
Main design 2. Concurrent requested data files aggregation
Performance evaluation
Performance evaluation
Conclusion Analysis on the Wikipedia trace demonstrates that the substantial • request frequency variabilities may make it cost-inefficient for cloud storage service customer. An RL based data storage types assignment algorithm that generates • data storage types assignment plans periodically can save monetary cost significantly. Trace-driven experiment shows that our online RL based method can • achieve significant cost savings.
Thank you! Questions?

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