In the Evaluation section, we demonstrate that our mechanism improves I/O performance by bridging the semantic gap without compromising CPU fairness among guest ...

The semantic gap is that the VMM is totally agnostic to the behavior of the running tasks in the VMs [14] , and the gap will impede the efficient allocation of ...

This paper presents virtual machine scheduling techniques for transparently bridging the semantic gap that is a result of consolidated workloads. To enable us ...

This paper presents virtual machine scheduling techniques for transparently bridging the semantic gap that is a result of consolidated workloads. To enable us ...

In this article, we present Vmst, a new technique that can seamlessly bridge the semantic gap and automatically generate the VMI tools.

Transparently bridging semantic gap in CPU management for virtualized environments. Consolidated environments are progressively accommodating diverse and ...

Transparently bridging semantic gap in CPU management for virtualized environments · Computer Science, Engineering. J. Parallel Distributed Comput. · 2011.

Transparently bridging semantic gap in cpu management for virtualized environments. H Kim, H Lim, J Jeong, H Jo, J Lee, S Maeng. Journal of Parallel and ...

Usage scenarios VMST is designed with transparency to the guest OS in mind, and it has achieved nearly full transparency against an in-guest OS kernel. For ...

Then the correlation information is used to bridge the semantic gap by a vSMP Internal algorithm so that a vCPU with I/O-bound task can selectively be scheduled ...