Examples of using Virtual address in English and their translations into Slovak
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Official/political
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Computer
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Programming
To be able to virtualize this video memory, Windows Vista's video memory manager gives a virtual address range for the video memory resource.
The virtual address is passed to the MMU(Memory Management Unit of the processor)
the process can access 3 GB of virtual address space if the process is large-address aware.
one could use their business virtual address instead.
After you install this update, applications that run on hardware configurations that have a large amount of video memory may be less likely to reach virtual address space limits.
The logical address is also called virtual address as the logical address does not exist physically in the memory unit.
The Linux kernel splits the 4 GB virtual address space of a process in two parts: 3 GB and 1 GB.
Although any function of virtual address bits 31 through 6 could be used to index the tag and data SRAMs, it is simplest to use the least significant bits.
you can use their business virtual address rather.
To help in this testing, manufacturers can use the System Monitor tool to monitor virtual address consumption.
Although this approach reduces virtual address consumption, it does not eliminate the 2 GB virtual address space limit that many applications are quickly approaching on their own.
Use of the /3GB switch on 32-bit computers Typically, a process can access 2 GB of virtual address space.
applications run within their own private virtual address space.
a permanent virtual address range does not need to be used.
the process can access 3 GB of virtual address space if the process is large-address aware.
To virtualize video memory, the video memory manager in Windows Vista assigns a virtual address range to every video memory resource.
This change is being made so that a permanent virtual address range does not have to be used for each virtualized allocation.
paging is used to create an independent virtual address space for each task,
paging is used to create an independent virtual address space for each task, preventing one task from manipulating the memory of another.
Protected mode, or in its full name protected virtual address mode is an operational mode only found on x86 compatible CPUs.