… , much like existing predictors for cache replacement [20, 29, … cache replacement as a
sequence labeling problem, where … the accessed data should be cached or not (see Figure 2). We …

… Problems encountered with this document have been … replacement-algorithm). The model
identifies a set of lines in the LRU cache that are dead, that is, lines that must leave the cache …

… The problem with the cache memory is that there are fewer cache lines than memory blocks
so our objective for the thesis is to design an • Efficient algorithm for mapping memory into …

… The main cause of the problems faced by local replacement policies is that the different …
effectiveness of local cache replacement policies. We show that local replacement may not be …

… For the former problem, we predict lines that have become dead and replace them early
from the L2 cache. For the latter problem, we identify never-reaccessed lines, bypass the L2 …

… page replacement policy of the first cache shared between all the cores (usually the L2 cache).
… To state the problem of multicore caching, we introduce some notation. Let {1,...,n} denote …

… LRU replacement algorithm to include cost in the replacement … block victimized by LRU in
cache until the next reference to it, … Then, the problem is to find a cache replacement algorithm …

… with appropriate cache hints. In this paper we formulate this problem – giving cache hints
to memory instructions such that cache miss rate is minimized – as a 0/1 knapsack problem, …

… In recent research, the problem of document replacement in web caches has received much
interest. Web caches are different from system/processor caches because web caches have …

… depends on increasing cache hits, as cache hits are orders of magnitude faster than misses.
To increase cache hits, we focus on the problem of cache replacement: choosing which …