Hardware prefetching is one of the common off-chip DRAM latency hiding techniques.
Though hardware prefetchers are ubiquitous in the commercial machines and prefetching …

Hardware prefetching is a latency-hiding technique that hides the costly off-chip DRAM
accesses. However, state-of-the-art prefetchers fail to deliver performance improvement in …

Modern commercial multi-core processors are equipped with multiple hardware prefetchers
on each core. The prefetchers can significantly improve application performance. However …

Modern architectures provide hardware memory prefetching capabilities which can be
configured at runtime. While hardware prefetching can provide substantial performance …

In multi-core systems, prefetch requests of one core interfere with the demand and prefetch
requests of other cores at the shared resources, which causes prefetcher-caused …

Current microprocessors include several knobs to modify the hardware behavior in order to
improve performance, power, and energy under different workload demands. An impractical …

Advanced hardware prefetch engines are being integrated in current high-performance
processors. Prefetching can boost the performance of most applications, however, the …

In multi-core systems, an application's prefetcher can interfere with the memory requests of
other applications using the shared resources, such as last level cache and memory …

Prefetching helps in reducing the memory access latency in multi-banked NUCA
architecture, where the Last Level Cache (LLC) is shared. In such systems, an application …

Current multi-core processors implement sophisticated hardware prefetchers, that can be
configured by application (PID), to improve the system performance. When running multiple …