In cloud computing, virtual machine（VM） placement plays a crucial role in data center（DC）management, as different ways of VM placement may require different system resources. As Cisco research reveals that virtualization of DC increases traffic within the DC and causes network bandwidth to become scarce resource, recent researches have been focusing on traffic-aware VM placement. However, previous traffic-aware VM placement schemes treat the VM placement as a static process in that they do not t... 

【文章來源】：Science China（Information Sciences）. 2020,63(07)

【文章頁數(shù)】：23 頁

【文章目錄】：
1 Introduction
2 Related work
3 Models and definitions
    3.1 The environment of linked VM placement
        3.1.1 Physical DC environment
        3.1.2 VM and linked VMs
    3.2 Linked VMs of a user and some equations
    3.3 Inter-VM traffic estimate model
    3.4 System and runtime traffic model
    3.5 Problem statement
4 Partition of linked VMs
5 Practical situation consideration
6 Algorithm
7 TClose analysis
8 Evaluation
    8.1 Simulation settings
    8.2 Validation of using TClose to achieve a better performance
    8.3 Compared with best fit decreasing and improved best fit decreasing
9 Conclusion


【參考文獻(xiàn)】：
期刊論文
[1]Asymmetric virtual machine replication for low latency and high available service[J]. Rong CHEN,Haibo CHEN.  Science China（Information Sciences）. 2018(09)



本文編號：2972866