We have found that the reordering process, assuming a page size of 4K bytes, also produces improvements on pages of 8K and 2K bytes with the improvements favoring the doubled page size over the halved.
This is consistent with a tendency we have noticed in the programs we have examined for better packed memory to favor larger page sizes. But the page size for clustering bears a direct relationship to the program sectors themselves. It has not proved effective to cluster at the physical page size when the average sector size is half as large or more.
Index Terms-Independent reference model, LRU policy, multilevel memory hierarchy, page replacement, program restructuring, restructuring. Documents: Advanced Search Include Citations. Authors: Advanced Search Include Citations. This could be useful in a multiuser, multiprogrammed environment. Article :.
Date of Publication: Nov DOI:
0コメント