… Active Disk architectures which integrate significant processing power and memory into a disk
… In this paper, we evaluate Active Disk architectures which integrate significant processing …

… We propose using an active disk storage device that combines on-drive processing and
memory with software downloadability to allow disks to execute application-level functions …

… between disks and the embedded processors. In this paper, we evaluate Active Disk
architectures for decision support databases. First, we compare the performance of Active Disks …

… called Active Disks that takes advantage of the processing power on individual disk drives
to run applicationlevel code. Moving portions of an application's processing directly to the disk …

… disks, the mechanical pressure strongly depends on the membrane in use and thus is not a
state variable. When selfpropelled disks … predicted theoretically for active Brownian particles …

… ray binaries (XRBs) and active galactic nuclei (AGNs), and we refer to this as the standard
model of accretion disks. Although these steady disk models suffer from instabilities discussed …

… disk takes into account radial drift, gas accretion onto the central star, as well as accretion
heating. We focus on this disk … not further consider the other disk models presented in Paper I. …

… use of Active Disks to take advantage of the processing power on individual disk drives to …
Moving a portion of the database processing to execute directly at the disk drives improves …

… Then we apply these results to the MMSN disk model to calculate the thickness of the active
zone and its dependence on model parameters such as X-ray luminosity, metal abundance, …

… the active data of a le system in the center of the disk is a … delay and in the presence of disk
queues it can also reduce the … two techniques for reorganizing the disk data, and we measure …