physical memory space 中文意思是什麼
physical memory space
解釋
實際存儲空間-
The free list contains pages of physical memory that are not associated with any address space of vm object
可用內存包含不同vm對象聯系在一起任何地址空間物理內存的頁。 -
Committed memory is the physical space reserved in the disk paging file
提交的內存是在磁盤頁面文件中保留的物理空間。 -
Figure 1 illustrates how virtual pages in a process s address space are mapped to physical page frames in memory
圖1說明了進程地址空間中的虛擬頁如何映射到內存中的物理頁幀。 -
If the available physical memory is less than the configured limit set on virtual memory address space, awe mapped memory cannot be activated
如果可用物理內存小於虛擬內存地址空間上設置的配置限制,將無法激活awe映射內存。在這種情況下,無論 -
Under windows server 2003, dynamic awe mapped memory is supported on servers with less physical memory than the configured limit on virtual memory address space
在windows server 2003下,如果服務器的物理內存小於虛擬內存地址空間上已配置的限制,則該服務器支持動態awe映射內存。 -
Awe extends the capabilities of applications running on 32 - bit operating systems by allowing access to available physical memory in excess of the limits set on their configured virtual memory address space
通過允許訪問超過在所配置虛擬內存地址空間上設置的限制的可用物理內存, awe可擴展32位操作系統上運行的應用程序的功能。 -
After reboot, sql server 2005 operates in a normal dynamic memory allocation mode, and the available memory is limited to virtual address space or physical memory, whichever is smaller
重新啟動后, sql server 2005將在標準動態內存分配模式下運行,其可用內存受虛擬地址空間或物理內存的限制,以較小的值為準。 -
The 4 - gb address space is mapped to the available physical memory by the windows virtual memory manager
4 gb的地址空間由windows虛擬內存管理器( vmm )映射到可用的物理內存。 -
Awe lets applications acquire physical memory, and then dynamically map views of the nonpaged memory to the 32 - bit address space
Awe允許應用程序獲取物理內存,然後將非分頁內存的視圖動態映射到32位地址空間。 -
Committed memory is the physical memory for which space has been reserved in the disk paging file
提交的內存是在磁盤頁面文件中保留的空間的物理內存。 -
Awe should be used only when available physical memory is greater than user - mode virtual address space
只有當可用物理內存大於用戶模式的虛擬地址空間時,才應該使用awe 。 -
If there is more than 16 gb of physical memory available on a computer, the operating system requires 2 gb of virtual address space for system purposes and therefore can support only a 2 gb user mode virtual address space
如果計算機上的可用物理內存超過16 gb ,操作系統就需要2 gb的虛擬內存地址空間供系統使用,因此只能支持2 gb的用戶模式虛擬地址空間。
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