Приклади вживання Virtual address space Англійська мовою та їх переклад на Українською
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Virtual address space.
Each context has its own virtual address space.
Virtual address space of a process.
Each process executes in its own 32-bit virtual address space.
Virtual address spaces may be different for different processes;
Typically, an operating system assigns each program its own virtual address space.[2].
This virtual address space is divided into equal blocks, or pages.
Typically, an operating system assigns each program its own virtual address space.[2].
MIPS64 supports up to 64 bits of virtual address space and up to 59 bits of physical address space.
Up to 1 terabyte of memory, concurrent kernel execution, fast context switching, 10x faster atomic instructions,64-bit virtual address space, system calls and recursive functions.
MIPS64 supports up to 64 bits of virtual address space and up to 59 bits of physical address space. .
Virtual address spaces may be different for different processes; the memory that one process accesses at a particular(virtual) address may be different memory from what another process accesses at the same address. .
MIPS32 and MIPS32r2 support 32 bits of virtual address space and up to 36 bits of physical address space.
Sharing of virtual address space and inter-context communications can be provided by writing the same values in to the segment or page maps of different contexts.
User mode avoids various catastrophic failures:There is an isolated virtual address space for each process in user mode.
Modern MMUs typically divide the virtual address space(the range of addresses used by the processor) into pages, each having a size which is a power of 2, usually a few kilobytes, but they may be much larger.
The HIGHMEMFIX=1 is the most important inthat it allows FSX to run up tp 4 gig on VAS( Virtual Address Space) If you are using add-on scenery and aircraft or have.
Modern MMUs typically divide the virtual address space(the range of addresses used by the processor) into pages, each having a size which is a power of 2, usually a few kilobytes, but they may be much larger.
Starting in August, 1972, the IBM System/370 has a similar MMU,although it initially supported only a 24-bit virtual address space rather than the 32-bit virtual address space of the System/360 Model 67.
Instead, it has a virtual view of the processor and runs in Guest Virtual Address, which(depending on the configuration of the hypervisor)might not necessarily be the entire virtual address space.
MIPS32 and MIPS32r2 support 32 bits of virtual address space and up to 36 bits of physical address space. .
It then continues executing in a spawned new thread that checks if thereare additional undesired modules inside its own virtual address space(for example, modules injected by certain security solutions).
In early 1983, the System/370-XA architecture expanded the virtual address space to 31 bits, and in 2000, the 64-bit z/Architecture was introduced, with the address space expanded to 64 bits; those continue to store the accessed and dirty bits outside the page table.
And while each user-space process occupies its own virtual address space, the kernel occupies a single address space. .
Heterogeneous System Architecture(HSA) creates a unified virtual address space for CPUs, GPUs and DSPs, obsoleting the mapping tricks and data copying.
This way every process has its own virtual addressed space.
The Memory Pager maps virtual addresses from the process's address space to physical pages in the computer's memory.