Data storage devices are getting" smarter." Smart Flash storage devices (aka" Smart SSD")
are on the horizon and will package CPU processing and DRAM storage inside a Smart …

This paper aims to bridge the gap between fast in-memory query engines and slow but
robust engines that can utilize external storage. We find that current systems have to choose …

Considering the current price gap between hard disk and flash memory SSD storages, for
applications dealing with large-scale data, it will be economically more sensible to use flash …

摘要随着闪存存储技术的发展, 闪存已经广泛应用于各种移动设备, PC 机和服务器中.
作为一种完全不同于磁盘的新型存储介质, 闪存具有非易失, 高速读写, 抗震, 低功耗 …

Recently, the volume of available spatial data increased tremendously. For instance, in
November 2013 NASA announced the release of hundreds of Terabytes of its earth remote …

This paper studies the problem of how to conduct external sorting on flash drives while
avoiding intermediate writes to the disk. The focus is on sort in portable electronic devices …

In many settings, a database server has to be restarted either in response to a failure event,
or in response to an operational decision such as moving a database service from one …

In this paper, we propose a multiversion index utilizing key features of SSDs (solid state
drives). SSDs have many advantages, eg, fast read/write performance, high energy …

Flash-based solid state device (SSD) is making deep inroads into enterprise database
applications due to its faster data access. The capacity and performance characteristics of …

Data storage devices are getting “smarter.” Smart Flash storage devices (aka “Smart SSDs”)
are on the horizon and will package CPU processing and DRAM storage inside a Smart …