the processing power for heterogeneous Clouds, where there is a wide variety of CPU types.
Our major contribution is a novel representation of the processing capacity in terms of the
Processing Unit (PU) and the CPU usage limitation in order to isolate the processing
capability from the Physical Machine (PM) where the Virtual Machine (VM) is allocated. The
efficiency of the proposed architecture is validated by extensive replications of five …
This paper proposes an architecture to handle the allocation of virtual machines based on
the processing power for heterogeneous Clouds, where there is a wide variety of CPU types.
Our major contribution is a novel representation of the processing capacity in terms of the
Processing Unit (PU) and the CPU usage limitation in order to isolate the processing
capability from the Physical Machine (PM) where the Virtual Machine (VM) is allocated. The
efficiency of the proposed architecture is validated by extensive replications of five …