Nowadays the use of solid state drives (SSDs) is a reality for storing large databases. SSDs
are capable to provide IOPS rates up to three orders of magnitude greater than the rates …

This demonstration presents a recently proposed join algorithm called DigestJoin. Optimized
for solid-state drives (SSDs), DigestJoin aims at reducing intermediate join results and …

Solid-state drives (SSDs) are widely used in large data processing applications due to their
higher random access throughput than HDDs and capability of parallel I/O processing. The …

Solid state drives perform random reads more than 100x faster than traditional magnetic
hard disks, while offering comparable sequential read and write bandwidth. Because of their …

Solid‐state drives (SSDs) have become an attractive alternative for storing large databases.
Solid‐state drives do not present mechanical parts in their assembly. Consequently, SSDs …

With the development of flash memory technology, flash-based solid state drives (SSDs) are
gradually used in more and more devices and applications. In addition to characteristics of …

Flash solid state drives (SSDs) provide an attractive alternative to traditional magnetic hard
disk drives (HDDs) for DBMS applications. Naturally there is substantial interest in …

Recently, there has been a renewed interest of in-storage computing in the context of solid
state drives (SSDs), called" Smart SSDs." Smart SSDs allow application-specific code to …

Flash memory-based disks (or simply flash disks) have been widely used in today's
computer systems. With their continuously increasing capacity and dropping price, it is …

Integrating a solid state drive (SSD) into a data store is expected to improve its I/O
performance. However, there is still a large difference between the price of an SSD and a …