The disparity between last-level cache and memory latencies motivates the search for
efficient cache management policies. Recent work in predicting reuse of cache blocks …

Graph analytics power a range of applications in areas as diverse as finance, networking
and business logistics. A common property of graphs used in the domain of graph analytics …

Data prefetching and cache replacement algorithms have been intensively studied in the
design of high performance microprocessors. Typically, the data prefetcher operates in the …

The looming breakdown of Moore's Law and the end of voltage scaling are ushering a new
era where neither transistors nor the energy to operate them is free. This calls for a new …

To accommodate the growing demand for memory capacity in a cost-effective way, multiple
types of memory are incorporated in a single system. In such tiered memory systems …

The last-level cache (LLC) is the last chance for memory accesses from the processor to
avoid the costly latency of going to main memory. LLC management has been the topic of …

The vast disparity between Last Level Cache (LLC) and memory latencies has motivated the
need for efficient cache management policies. The computer architecture literature abounds …

Caches were designed to mitigate the large disparity between processor and memory
speeds. Many last-level cache (LLC) management techniques have been designed to …

Optimizing a multilayer cache hierarchy involves a careful balance of data placement,
replacement, promotion, bypassing, prefetching, etc. to capture the various properties of …

The last two decades have witnessed a large number of proposals on the last-level cache
(LLC) replacement policy aiming to minimize the number of LLC read misses. Another …