When applications require high I/O performance, solid-state drives (SSDs) are often
preferable because they perform better than traditional hard-disk drives (HDDs). Therefore …

When applications require high I/O performance, solid-state drives (SSDs) are often
preferable because they perform better than traditional hard-disk drives (HDDs). Therefore …

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 …

With the advent of solid state drives (SSDs), the storage industry has experienced a
revolutionary improvement in I/O performance. Compared to traditional hard disk drives …

Solid State Drives (SSDs) are complex devices with varying internal implementations,
resulting in subtle differences in behavior between devices. In this paper, we demonstrate …

As data volume grows rapidly and queries become more complex, database engine has to
deal with larger amount of temporary data when performing operators such as sort and join …

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 …

New trends in storage industry suggest that in the near future a majority of the hard disk
drive-based storage subsystems will be replaced by solid state drives (SSDs). Database …

Solid state disks (SSDs) provide much faster random access to data compared to
conventional hard disk drives. Therefore, the response time of a database engine could be …

High main memory consumption is a significant cost factor for in-memory database systems.
Tiering, ie, placing parts of the data on memory or storage devices other than DRAM …