This paper surveys virtualization of I/O devices, which is one of the most difficult parts in system virtualization. Current technologies of virtualizing I/O devices include full virtualization, paravirtualization, software emulation and VMM-bypass direct I/O. Optimizations are also done to improve the performance of each technology. Most optimizations used paravirtualization technology for reference. VMM-bypass direct I/O performs the best performance, but the VM direct-access I/O devices is difficult to be migrated, for it is hard to capture the states of the devices without VMM interference. An ideal approach is still required, and all the optimizations to the other approaches can be used for reference. We evaluated I/O performance in KV...
Until recently, the x86 architecture has not permitted classical trap-and-emulate virtualization. Vi...
VMware vSphere ™ includes a number of enhancements that enable it to deliver very high I/O performan...
In this paper, we propose an extension to the I/O device architecture, as recommended in the PCI-SIG...
I/O virtualization performance is an important problem in KVM. In this paper, we evaluate KVM I/O pe...
There are some operations in Guest OS causing the I/O performance degradation. For it is the general...
Virtual machines have been used since the 1960’s in creative ways. From multiplexing expensive mainf...
Virtual machine (VM) technologies are making rapid progress and VM performance is approaching that o...
Currently, I/O device virtualization models in virtual machine (VM) environments require involvement...
Full virtualization is vastly applied in desktop virtualization. Although hardware-assisted virtuali...
I/O virtualization is the final frontier How many of you would run your production database in a VM ...
The virtualization of I/O devices is an integral part of system virtualization. This includes both ...
An input/output (I/O) device can incorporate mechanical devices that require physical movements, suc...
Virtualization technology has recently matured to the point where it can be used dependably on a dai...
virtual machine, virtualization, performance analysis, I/O, networking, device drivers. This paper p...
I/O virtualization enables time and space multiplexing of I/O devices, by mapping multiple logical I...
Until recently, the x86 architecture has not permitted classical trap-and-emulate virtualization. Vi...
VMware vSphere ™ includes a number of enhancements that enable it to deliver very high I/O performan...
In this paper, we propose an extension to the I/O device architecture, as recommended in the PCI-SIG...
I/O virtualization performance is an important problem in KVM. In this paper, we evaluate KVM I/O pe...
There are some operations in Guest OS causing the I/O performance degradation. For it is the general...
Virtual machines have been used since the 1960’s in creative ways. From multiplexing expensive mainf...
Virtual machine (VM) technologies are making rapid progress and VM performance is approaching that o...
Currently, I/O device virtualization models in virtual machine (VM) environments require involvement...
Full virtualization is vastly applied in desktop virtualization. Although hardware-assisted virtuali...
I/O virtualization is the final frontier How many of you would run your production database in a VM ...
The virtualization of I/O devices is an integral part of system virtualization. This includes both ...
An input/output (I/O) device can incorporate mechanical devices that require physical movements, suc...
Virtualization technology has recently matured to the point where it can be used dependably on a dai...
virtual machine, virtualization, performance analysis, I/O, networking, device drivers. This paper p...
I/O virtualization enables time and space multiplexing of I/O devices, by mapping multiple logical I...
Until recently, the x86 architecture has not permitted classical trap-and-emulate virtualization. Vi...
VMware vSphere ™ includes a number of enhancements that enable it to deliver very high I/O performan...
In this paper, we propose an extension to the I/O device architecture, as recommended in the PCI-SIG...