42 results about "Demand paging" patented technology

Aspects include computing devices, systems, and methods for implementing executing decompression of a compressed page. A computing device may determine a decompression block belonging to a compressed page that contains a code instruction requested in a memory access request. Decompression blocks, other than the decompression block containing the requested code instruction, may be selected for decompression based on their locality with respect to the decompression block containing the requested code instruction. Decompression blocks not identified for decompression may be substituted for a fault or exception code. The computing device may decompress decompression blocks identified for decompression, terminating the decompression of the compressed page upon filling all blocks with decompressed blocks, faults, or exception code. The remaining decompression blocks belonging to the compressed page may be decompressed after or concurrently with the execution of the requested code instruction.

An apparatus and method for handling an interrupt disabled section and page pinning apparatus and method are provided. An apparatus for handling an interrupt disabled section includes: a generating unit which generates a list of interrupt disabled sections, in which demand paging can occur, in order to execute a program; an examining unit which searches the generated list when the program demands to disable an interrupt and examines whether information corresponding to the interrupt disabling demand is included in the list; and a loading unit which reads out a page required to execute the program from an auxiliary storage device when the information corresponding to the interrupt disabling demand is included in the list, and loads the page into a physical memory.

Aspects include computing devices, systems, and methods for implementing executing decompression of a compressed page. A computing device may determine a decompression block belonging to a compressed page that contains a code instruction requested in a memory access request. Decompression blocks, other than the decompression block containing the requested code instruction, may be selected for decompression based on their locality with respect to the decompression block containing the requested code instruction. Decompression blocks not identified for decompression may be substituted for a fault or exception code. The computing device may decompress decompression blocks identified for decompression, terminating the decompression of the compressed page upon filling all blocks with decompressed blocks, faults, or exception code. The remaining decompression blocks belonging to the compressed page may be decompressed after or concurrently with the execution of the requested code instruction.

A paging mode remote conversion system and method of a mobile communication terminal, and the mobile communication terminal therefor are provided to demand paging mode conversion via a user authentication procedure using a cipher, thereby preventing a paging mode from being converted by another person regardless of a subscriber's intention. A paging mode remote conversion system registers an authentication cipher and personal information for including a mobile communication terminal number of a service subscriber(S401,S402). If subscriber authentication for using a service is demanded to the conversion system from a subscriber terminal through an ARS(Automatic Response System) or a wire / wireless Internet, the personal information and the authentication cipher are inputted to conduct the subscriber authentication(S403-S406). If conversion into a particular paging mode is demanded by a subscriber whose authentication is successful, the system sends a call to the subscriber's terminal by using a particular sending number for conversion into the corresponding paging mode(S407-S409). The subscriber's terminal converts into the corresponding paging mode by analyzing the sending number(S410,S411).

Provides a mechanism for automatically using huge pages. The OS loader performs aggressive contiguous allocation and then pages out small pages on demand into as contiguous and naturally aligned physical address ranges as possible of the size set for large pages. The operating system detects when huge pages are full and switches mappings to use huge pages. If the operating system is running with a low amount of memory, the operating system can free up parts and degrade gracefully.