Low-latency I/O services are essential for latency-sensitive workloads when they co-run with
throughput-oriented workloads in cloud data centers. Although advanced SSDs such as Intel …

Popular LSM-tree based key-value stores suffer from suboptimal and unpredictable
performance due to write amplification and write stalls that cause application performance to …

With the introduction of ultra-low latency SSDs, which complete I/O operations in a few
microseconds, the use of polling is becoming an attractive solution for alleviating the …

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

With the trend towards ever larger “big data” applications, many of the gains achievable by
using specialized compute accelerators become diminished due to the growing I/O …

NVM storage devices have the advantages of high read-write speed, non-volatile and large
capacity, which provides support for efficient storage and management of a large number of …

Polling is commonly indicated to be a more suitable IO completion mechanism than interrupt
for ultra-low latency storage devices. However, polling's impact on overall energy efficiency …

In state-of-the-art large-scale data service systems, a data analysis request (eg, data
retrieval) must go through multiple data processing modules cross the I/O stack, and move a …

Numerous IoT devices in IoT systems collect data concurrently, which brings great
challenges to IoT time series databases to store and manage these data. NVM device has …

Speculation is provided on how infrastructure choices fit into the materials data ecosystem.
Special attention is paid to object storage, the Intel DAOS API, storage-class memory (SCM) …