| G. R. Ganger. Blurring the line between OSs and storage devices. Technical report CMU--CS--01--166. Carnegie Mellon University, December 2001. |
No context found.
G. R. Ganger. Blurring the line between OSs and storage devices. Technical report CMU--CS--01--166. Carnegie Mellon University, December 2001.
No context found.
Gregory R. Ganger. Blurring the line between OSs and storage devices. Technical report CMU--CS--01--166. Carnegie Mellon University, December 2001.
No context found.
G. R. Ganger. Blurring the line between OSs and storage devices. Technical report CMU--CS--01--166. Carnegie Mellon University, December 2001.
No context found.
Gregory R. Ganger. Blurring the line between OSs and storage devices. Technical report CMU--CS--01--166. Carnegie Mellon University, December 2001.
....these algorithms to extract detailed disk characteristics in a few minutes, includ ing complete logical to physical mappings, mechanical overheads, and caching prefetching algorithms. Several research efforts have proposed exploiting lowlevel disk characteristics to improve performance. Ganger [14] and Denehy et al. 11] promote two similar approaches for doing so, which Lachesis shares, wherein host software knows more about key device characteristics; those authors also survey prior disk system research and how it fits into the general approach. The most relevant example [31] evaluates ....
Gregory R. Ganger. Blurring the line between OSs and storage devices. Technical report CMUCS4)I 166. Carnegie Mellon University, December 2001.
....MEMStore characteristics make power management straightforward: Schlosser et al. 26] describe simple policies, and Lin et al. 17] evaluate them in greater detail. Of course, many research efforts have promoted exploitation of low level device characteristics to improve performance. Ganger [10] and Denehy et al. 6] promote an approach to doing this, which our work shares, wherein host software is informed of some device characteristics. The most relevant specific example proposes exposing the individual device boundaries in disk array systems to allow selective software managed ....
Gregory R. Ganger. Blurring the line between OSs and storage devices. Technical report CMU--CS--01--166. Carnegie Mellon University, December 2001.
....these algorithms to extract detailed disk characteristics in a few minutes, including complete logical to physical mappings, mechanical overheads, and caching prefetching algorithms. Many research efforts have proposed exploiting low level disk characteristics to improve performance. Ganger [11] and Denehy et al. 9] promote two similar approaches for doing so, which Lachesis shares, wherein host software knows more about key device characteristics; those authors also survey prior disk system research and how it fits into the general approach. The most relevant example [30] evaluates the ....
Gregory R. Ganger. Blurring the line between OSs and storage devices. Technical report CMU--CS--01--166. Carnegie Mellon University, December 2001.
No context found.
G. R. Ganger, "Blurring the Line Between OSs and Storage Devices," Tech. rep. CMU-CS-01-166, Carnegie Mellon Univ., Dec. 2001.
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