Heterogeneous memory (HM, also known as hybrid memory) has become popular in
emerging parallel architectures due to its programming flexibility and energy efficiency …

New memory technologies, such as non-volatile memory and stacked memory, have
reformed the memory hierarchies in modern and emerging computer architectures. It …

Over the past decades, the performance gap between the memory subsystem and compute
capabilities continued to spread. However, scientific applications and simulations show …

Layout and placement of shared data structures is critical to achieving scalable performance
on heterogeneous memory architectures. While recent research has established the …

With the rapid development of cloud computing, numerous cloud services, containers, and
virtual machines have been bringing tremendous demands on high-performance memory …

Memory systems are crucial to the performance, power, and cost of high-performance
computing systems. Recently, multiple factors are driving the need for more complex, deep …

The recent emergence of new memory technologies and multi-tier memory architectures has
disrupted the traditional view of memory as a single block of volatile storage with uniform …

Heterogeneous memory will be involved in several upcoming platforms on the way to
exascale. Combining technologies such as HBM, DRAM and/or NVDIMM allows to tackle …

Disaggregated memory (DM) has been proposed as a feasible solution towards scaling
memory capacity. A variety of memory disaggregation approaches have been introduced to …

The Memory stress (Mess) framework provides a unified view of the memory system
benchmarking, simulation and application profiling. The Mess benchmark provides a holistic …