@Misc{patterson:vterabytes,
  author = {David Patterson},
  title = {Terabytes $\gg$ Teraflops (or Why Work on Processors When {I/O} is
  Where the Action Is?)},
  year = {1993},
  howpublished = {Produced by University Video Communications},
  note = {Videotape},
  URL = {http://www.uvc.com/videos/06Patterson.video.html},
  keywords = {videotape, computer architecture, parallel I/O, pario-bib},
  abstract = {RISC pioneer and UC, Berkeley Computer Science Professor David
  Patterson is working to develop input/output systems to match the
  increasingly higher performance of new processors. Here he describes the
  results of the RAID (Redundant Arrays of Inexpensive Disks) project, which
  offers much greater performance, capacity, and reliability from I/O systems.
  Patterson also discusses a new project, Sequoia 2000, which looks at
  utilizing small helical scan tapes, such as digital-audiotapes or videotapes,
  to offer terabytes of storage for the price of a file/server. He believes
  that a 1000x increase in storage, available on most Ethernets, will have a
  much greater impact than a 1000x increase in processing speed.},
  comment = {See patterson:trends. 58 minutes.}
}