Abstract: Methods and systems are provided for intelligent priming. An Intelligent Priming Module (IPM) can process various input parameters to determine relevant priming data for priming an application at a user system. The relevant priming data is predicted to be relevant to a particular user and user system based on one or more of the input parameters. A processing system is configured to pre-populate a cache with at least some of the relevant priming data, load the relevant priming data stored at the cache in response to a trigger event, and execute the application. Upon execution of the application the relevant priming data can be presented at user interface of the user system.

Abstract: A replacement memory page is identified by accessing a first list of page records, and if the first list is not empty, identifying a replacement page from a next page record indicator of the first list. A second list of page records is accessed if the first list is empty, and if the second list is not empty, the replacement page is identified from a next page record indicator of the second list. A third list of page records is accessed if the first and second lists are empty, and the replacement page is identified from a next page record indicator of the third list.

Abstract: A replacement memory page is identified by accessing a first list of page records, and if the first list is not empty, identifying a replacement page from a next page record indicator of the first list. A second list of page records is accessed if the first list is empty, and if the second list is not empty, the replacement page is identified from a next page record indicator of the second list. A third list of page records is accessed if the first and second lists are empty, and the replacement page is identified from a next page record indicator of the third list.

Abstract: A modified buddy system memory allocator of an apparatus in an example receives a request for a size of memory. The modified buddy system memory allocator identifies a plurality of contiguous, differently-sized memory blocks that are each smaller than the size of memory from the request. The modified buddy system memory allocator allocates the plurality of contiguous, differently-sized memory blocks to satisfy the request for the size of memory.

Abstract: A modified buddy system memory allocator of an apparatus in an example receives a request for a size of memory. The modified buddy system memory allocator identifies a plurality of contiguous, differently-sized memory blocks that are each smaller than the size of memory from the request. The modified buddy system memory allocator allocates the plurality of contiguous, differently-sized memory blocks to satisfy the request for the size of memory.