Abstract: Handling uncorrectable errors in memory is described. In accordance with the described techniques, a system includes a memory, a processor, and an interrupt handler. The memory detects an uncorrectable error in a portion of the memory and issues an interrupt request. The processor converts the uncorrectable error to a deferred error responsive to receiving the interrupt request issued by the memory. The interrupt handler identifies the process that accesses the uncorrectable error in the portion of the memory and handles the uncorrectable error by terminating the process that accesses the uncorrectable error. In one or more implementations, the interrupt handler terminates the process that accesses the uncorrectable error without terminating other processes that are not accessing the uncorrectable error in the portion of the memory.

Abstract: A demand paging method for a mobile terminal, a controller and a mobile terminal, wherein the demand paging method determines, when a mobile terminal needs to operate a compressed file, a storage location of the compressed file in an external part of the controller of the mobile terminal; a decoding unit of the internal part of the controller of the mobile terminal decompresses the compressed file in the storage location; the mobile terminal saves the decompressed file to a designated part of the memory, wherein the designated part of the memory comprises the memory in the internal part of the controller of the mobile terminal and/or the memory in the external part of the controller of the mobile terminal; the mobile terminal continues to operate on the basis of the decompressed file. The technical solution increases the processing efficiency of demand paging of the mobile terminal.

Abstract: A demand paging method for a mobile terminal, a controller and a mobile terminal, wherein the demand paging method determines, when a mobile terminal needs to operate a compressed file, a storage location of the compressed file in an external part of the controller of the mobile terminal; a decoding unit of the internal part of the controller of the mobile terminal decompresses the compressed file in the storage location; the mobile terminal saves the decompressed file to a designated part of the memory, wherein the designated part of the memory comprises the memory in the internal part of the controller of the mobile terminal and/or the memory in the external part of the controller of the mobile terminal; the mobile terminal continues to operate on the basis of the decompressed file. The technical solution increases the processing efficiency of demand paging of the mobile terminal.