The virtual processor is schedulable on the processor.
The virtual machine manager may be configured to schedule the virtual processor for execution on a hardware processor, or may prioritize the virtual processor for scheduling, in response to the interrupt.
One or more predetermined operations attempted on the normal world virtual processor are trapped to the secure world virtual processor.
For example, a normal world virtual processor and a secure world virtual processor are instantiated on a target device.
A virtual processor mechanism and specific techniques and instructions for utilizing such virtual processor mechanism within an SIMD computer having numerous processors, and each physical processor having dedicated memory associated therewith.
Subsets of processor cores and cache banks included in the first and second virtual processors may be distinct.
The HyperKemel selectively moves the needed memory closer to a location accessible by the physical processor or remaps the virtual processor to another core.
A virtual processor may yield a CPU to precipitate an occurrence upon which its own execution may be predicated.
This is done by specifying a home node parameter in each virtual processor assigned to a logical partition.
The virtual resources may include vir¬ tual processor resources, virtual memory resources, and the like.
The memory of each physical processor is divided into n regions of equal size, each such region being allocated to one virtual processor, where n is the number of virtual processors simulated by each physical processor.