Existing disaggregated memory (DM) systems face a problem of underutilized far memory
bandwidth, which greatly limits the data throughput when processing data-intensive …

The microservice architecture has recently become a driving trend in the cloud by
disaggregating a monolithic application into many scenario-oriented service blocks …

Cloud games have received widespread attention and exponential growth recently as a key
technology for building metaverse. Unlike general tasks in the cloud, the scene-complex …

Disaggregated architecture brings new opportunities to memory-consuming applications like
graph processing. It allows one to outspread memory access pressure from local to far …

With the rapid development of cloud computing, the increasing scale of clusters and task
parallelism put forward higher requirements on the scheduling capability at scale. To this …

In contemporary database applications, the demand for memory resources is intensively
high. To enhance adaptability to varying resource needs and improve cost efficiency, the …

Resource disaggregation has been proposed as a solution for resource under-utilization in
data centers. However, host virtualization technologies, which are the basic building blocks …

Tapping into secondary memory resources, ie, far memory (FM), has shown huge potential
to improve the cost-efficiency of data centers. Recent advances in both storage-based …

Disaggregated memory is promising for improving memory utilization in computer clusters in
which memory demands significantly vary across computer nodes under utilization. It allows …

The performance of large-scale graph analytics is limited by the capacity and performance of
the memory subsystem on the platforms on which they execute. In this paper, we first discuss …