… the rethinking of computer architecture and operating system … memory hierarchy, the memory
latency function shows a four… global performance optimization of the overall performance …

… optimizations eliminate bank and channel conflicts and expose parallel instructions, according
to underlying architecture… , since off-chip memory latency needs more parallel instructions …

… -level optimization methods to improve the TPC-C performance. … The main modules in the
LVM architecture are physical … The main bottleneck of this server was memory latency. Through …

… Our model-driven auto-tuning method forms a basis for tuning irregular applications on such
future architectures. In the future work, we plan to add optimization parameters for a single …

… on memory architecture as well as new optimization … contribute up to 70% of the total memory
latency in an 8-core system[1]. … They suggested two approaches: the first one is to distribute …

… architectures that have directly reduced the effect of memory latency on performance are …
It is only in those situations where sequencing cannot be so optimized at compile time, eg, for …

… disaggregated architecture brings severe performance and … specialized optimizations for
disaggregated architectures, … applications are more memory latency sensitive and perform …

… disparity in memory latency will become even larger in future … the performance of this method
is similar to that of the simple … candidate in computer architecture of Peking University. His …

… -processor caches to reduce memory latency and to avoid contention … While we focused on
a simple network architecture in this … For example, the compiler can optimize performance by …

… performance across different computer architectures. Beyls and D’Hollander[30-31] built a
program tuning … linear correlation between the memory latency and the memory bandwidth …