See the post for a point-by-point overview of what " transparency " means in this context-mostly it's about handling large memory pages with the same treatment as if they were small memory pages.
42.
See the post for a point-by-point overview of what " transparency " means in this context-mostly it's about handling large memory pages with the same treatment as if they were small memory pages.
43.
A couple of ways you can speed your computer up : 1 ) defragment the hard disk; 2 ) defragment the virtual memory paging file by turning virtual memory off, restarting, turning it back on, and restarting again.
44.
The 64-bit SPARC V9 architecture uses big-endian instructions, but can access data in either big-endian or little-endian byte order, chosen either at the application instruction ( memory page level ( via an MMU setting ).
45.
In August 1982 the University of Alberta changed UMMPS to operate in 31-bit addressing mode to allow more than 16 MB of real memory to be used, although real memory above 16 MB was only used for to hold virtual memory pages.
46.
It may be possible to share " memory pages " that have identical contents among multiple virtual machines that run on the same physical machine, what may result in mapping them to the same physical page by a technique known as Kernel SamePage Merging.
47.
It may be possible to share " memory pages " that have identical contents among multiple virtual machines that run on the same physical machine, what may result in mapping them to the same physical page by a technique termed Kernel SamePage Merging.
48.
Fixed-width instructions are less complicated to handle than variable-width instructions for several reasons ( not having to check whether an instruction straddles a cache line or virtual memory page boundary for instance ), and are therefore somewhat easier to optimize for speed.
49.
To handle the case where the memory words are in different memory pages the processor must either verify that both pages are present before executing the instruction or be able to handle a TLB miss or a page fault on any memory access during the instruction execution.
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Hibernation and resumption are much faster as memory pages are compressed using an improved algorithm; compression is overlapped with disk writes, unused memory pages are freed and DMA transfers are used during I / O . hiberfil . sys contains further information including processor state.
