no
When they develop a fault.
If a process tries to access a page which is not present in memory or was not brought into memory. access to such page marked as invalid in page table.
No. As a transform fault, the San Andreas Fault cannot produce volcanism.
A page fault occurs when a program accesses a memory page that is not currently in physical memory (RAM). This triggers the operating system to fetch the required page from secondary memory (disk) into RAM, allowing the program to continue execution.
it have to do with the memory vault of the computer data to cancel the information you have to memory the fault.
A page fault is an alert, such as an interrupt or exception, which indicates that a page of memory was accessed without being loaded.
A page fault is an alert, such as an interrupt or exception, which indicates that a page of memory was accessed without being loaded.
When a page fault occurs, it means that a program is trying to access data that is currently not in physical memory. The operating system then triggers a page fault handler to bring the required data into memory from secondary storage like the hard drive. After this, the program can resume execution with the necessary data now available in physical memory.
general protection fault
A page fault means that the application requires some data that is not present in the physical memory or RAM. The page fault is generated when an application needs a data that has to be retrieved from the paging file on the hard drive because of its absence in the local memory.
Most web-sites are 'advert driven'. It's not actually Answers fault - the 'fault' lies with the speed of you internet connection - and the speed of your computer's processor ! If your internet connection is slow - it cannot process data as quickly as it is changing on a web-site - which causes lag. If your computer's processor is slow - it cannot refresh your screen as quickly as the new data is being sent to your computer. Internet adverts do not occupy any space in a computer's memory.
Memory paging has nothing to do with device drivers. When memory needs to be written to but that memory is currently paged out (to disk), a page fault occurs. To resolve the fault, the system memory manager must make physical memory available to load the required page, which means the current content of that memory needs to be paged out. In other words, the memory manager swaps the pages.