give u two site maybe useful:
1> www.codefund.com
2> www.msdner.com
the big tech support site for www.itags.org
virtual
The CPU uses cache memory to store instructions that are repeatedly required to run programs, improving overall system speed. The advantage of cache memory is that the CPU does not have to use the motherboard's system bus for data transfer. Whenever data must be passed through the system bus, the data transfer speed slows to the motherboard's capability. The CPU can process data much faster by avoiding the bottleneck created by the system bus.
How will application programs use asynchronous transfer mode?
You can transfer memory stick data to Gmail easily. It can be done via attaching the memory stick to computer. Then attaching files by browsing the memory stick.
Yes, emotional state can influence memory transfer as heightened emotions can enhance encoding and retrieval processes. Rehearsal helps reinforce information in short-term memory, aiding in its transfer to long-term memory. Automatic memory processes can also impact memory transfer by improving the efficiency of encoding and retrieval.
its primary or main memory. all the programs(active or programs currently running on the processor) including operating system reside in RAM .
memory mapping
It's better to transfer digital pictures using a memory card. The memory card can allow you to transfer them to multiple computers and can easily be kept to use at anytime.
Yes, you can save emails to a memory stick by first exporting them from your email client or webmail service. Most email programs allow you to save emails as files, such as .eml or .txt formats. After saving the emails to your computer, you can then transfer those files to your memory stick by copying and pasting or dragging them into the memory stick's folder.
memory mapping
The process of allocating main memory to programs and keeping them separate from one another is called memory management. This involves the operating system assigning memory spaces to different programs while ensuring that their memory areas do not overlap, thus maintaining isolation and preventing one program from interfering with another. Techniques such as paging and segmentation are commonly used to manage memory allocation effectively.
DMA (direct memory access) transfer mode or PIO (programmed input/output) transfer mode