Abstract: A memory management system, such as a virtual memory manager that manages a virtual memory space that includes volatile memory (e.g. DRAM) and non-volatile memory (e.g., flash memory) creates a reserved portion of memory in the volatile memory for at least one user application in one embodiment, and that reserved portion can also store content that it restricted to read only permission within the non-volatile memory.

Abstract: A memory management system, such as a virtual memory manager that manages a virtual memory space that includes volatile memory (e.g. DRAM) and non-volatile memory (e.g., flash memory) creates a reserved portion of memory in the volatile memory for at least one user application in one embodiment, and that reserved portion can also store content that it restricted to read only permission within the non-volatile memory.

Abstract: A memory management system, such as a virtual memory manager that manages a virtual memory space that includes volatile memory (e.g. DRAM) and non-volatile memory (e.g., flash memory) creates a reserved portion of memory in the volatile memory for at least one user application in one embodiment, and that reserved portion can also store content that it restricted to read only permission within the non-volatile memory.

Abstract: A memory management system, such as a virtual memory manager that manages a virtual memory space that includes volatile memory (e.g. DRAM) and non-volatile memory (e.g., flash memory) creates a reserved portion of memory in the volatile memory for at least one user application in one embodiment, and that reserved portion can also store content that it restricted to read only permission within the non-volatile memory.

Abstract: A two-level paging mechanism. The first level gathers data from reclaimable memory locations for a process and compacts the data into a single container. The second level sends the compact container's contents to a swap file and may use optimal I/O operations to the target memory device. On-demand paging is made possible by having a first pager locate the requested data in the compact container and then having a second pager retrieve the corresponding data from the swap file.

Abstract: Systems and methods for trimming LBAs are provided. The LBAs can be trimmed from a file and from an NVM interface that maintains a logical-to-physical translation of the file's LBAs and controls management of the file's contents stored on non-volatile memory (“NVM”). The file can be any suitable file that has any number of associated LBAs. In addition, the file can be linked to one or more data chunks stored in the NVM, each data chunk associated with LBAs in the file. When a data chunk is retrieved or read from the NVM, that chunk no longer needs to be maintained in the NVM. Accordingly, after the data chunk is retrieved from the NVM and provided to an appropriate destination, the LBAs associated with the retrieved data chunk can be trimmed.

Abstract: A two-level paging mechanism. The first level gathers data from reclaimable memory locations for a process and compacts the data into a single container. The second level sends the compact container's contents to a swap file and may use optimal I/O operations to the target memory device. On-demand paging is made possible by having a first pager locate the requested data in the compact container and then having a second pager retrieve the corresponding data from the swap file.

Abstract: Systems and methods for trimming LBAs are provided. The LBAs can be trimmed from a file and from an NVM interface that maintains a logical-to-physical translation of the file's LBAs and controls management of the file's contents stored on non-volatile memory (“NVM”). The file can be any suitable file that has any number of associated LBAs. In addition, the file can be linked to one or more data chunks stored in the NVM, each data chunk associated with LBAs in the file. When a data chunk is retrieved or read from the NVM, that chunk no longer needs to be maintained in the NVM. Accordingly, after the data chunk is retrieved from the NVM and provided to an appropriate destination, the LBAs associated with the retrieved data chunk can be trimmed.