Difference: Virt (4 vs. 5)
Revision 52009-09-21 - AnastasiosNanos
| Line: 1 to 1 | ||||||||
|---|---|---|---|---|---|---|---|---|
Virtualization | ||||||||
| Line: 35 to 35 | ||||||||
| Machines by utilizing commodity hardware and innovative resource-sharing virtualization architectures. | ||||||||
| Changed: | ||||||||
| < < | Publications | |||||||
| > > | MyriXen (ongoing) | |||||||
| Changed: | ||||||||
| < < |
| |||||||
| > > | Data access in HPC infrastructures is realized via user-level networking and OS-bypass techniques through which nodes can communicate with high bandwidth and low-latency. Virtualizing physical components requires hardware-aided software hypervisors to control I/O device access. As a result, line-rate bandwidth or lower latency message exchange over 10GbE interconnects hosted in Cloud Computing infrastructures can only be achieved by alleviating software overheads imposed by the Virtualization abstraction layers, namely the VMM and the driver domains which hold direct access to I/O devices. We have designed MyriXen, a framework in which Virtual Machines efficiently share network I/O devices bypassing overheads imposed by the VMM or the driver domains. MyriXen permits VMs to optimally exchange messages with the network via a high performance NIC, leaving security and isolation issues to the Virtualization layers. Smart Myri-10G NICs provide hardware abstractions that facilitate the integration of the MX semantics in the Xen split driver model. With MyriXen, multiple VMs exchange messages using the MX message passing protocol over Myri-10G interfaces as if the NIC was assigned solely to them. We believe that MyriXen can integrate message passing based application in clusters of VMs provided by Cloud Computing infrastructures with near-native performance. | |||||||
| See the Virtualization Section in our Bibliography Portal for selected publications concerning Virtualization techniques. \ No newline at end of file | ||||||||
View topic | History: r7 < r6 < r5 < r4 | More topic actions...
