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Performance comparison of common server hardware virtualization solutions regarding the network throughput of virtualized systems (2011).
| Content Provider | CiteSeerX |
|---|---|
| Author | Schlosser, Daniel Duelli, Michael Goll, Sebastian |
| Abstract | Hosting virtual servers on a shared physical hardware by means of hardware virtualization is common use at data centers, web hosters, and research facilities. All virtualization platforms include isolation techniques that restrict resource con-sumption of the virtual guest systems. Therefore, they setup quotas for the virtual guest systems on the use of processors, memory, and hard disk of the host. How-ever, these isolation techniques have an impact on the performance of the guest systems. In this technical report, we study how popular hardware virtualization approaches, namely OpenVZ, KVM, Xen v4, VirtualBox, and VMware ESXi, affect the network throughput of a virtualized system. We compare their perfor-mance impact in a dedicated and a shared host scenario as well as to the bare, i.e. not virtualized host system. Our results provide an overview on the perfor-mance of popular hardware virtualization platforms on commodity hardware in terms of network throughput and should be considered when performing scientific experiments in a virtualized environment. |
| File Format | |
| Publisher Date | 2011-01-01 |
| Access Restriction | Open |
| Subject Keyword | Network Throughput Virtualized System Performance Comparison Common Server Hardware Virtualization Solution Isolation Technique Virtual Guest System Scientific Experiment Perfor-mance Impact Resource Con-sumption Xen V4 Virtual Server Popular Hardware Virtualization Approach Web Hosters Hardware Virtualization Host System Host Scenario Common Use Hard Disk Technical Report Vmware Esxi Virtualized Environment Physical Hardware Popular Hardware Virtualization Platform Data Center Virtualization Platform Research Facility Commodity Hardware |
| Content Type | Text |