Abstract Solid State Drives (SSDs) are replacing magnetic disks as secondary storage for
database management as they offer orders of magnitude improvement in terms of bandwidth …

Solid State Drives (SSDs) are replacing magnetic disks as secondary storage for database
management, as they offer orders of magnitude improvement in terms of bandwidth and …

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 …

Flash devices are emerging as a replacement for disks. How does this evolution impact the
design of data management systems? While flash devices have been available for years …

Flash memory is the de facto standard for data persistence in dataintensive systems. Despite
its benefits, this type of memory has at least one severe disadvantage: it is offered only as …

The use of flash-based solid state drives (SSDs) in storage systems is growing. Adding
SSDs to a storage system not only raises the question of how to manage the SSDs, but also …

High-end solid state disks (SSDs) provide much faster access to data compared to
conventional hard disk drives. We present a technique for using solid-state storage as a …

Flash-based solid state drives (SSDs) are increasingly becoming a popular choice as a
storage device within database management systems and keyvalue stores alike. SSDs offer …

SSDs (Solid State Devices or flash disks) usually simulate a disk drive abstraction with a
linear address space, providing simple read and write interfaces to the upper-level systems …

Big data stores are becoming increasingly important in a variety of domains including
scientific computing, internet applications, and business applications. For price and …