| G. Papadopolous, The Future of Computing, 1997, Unpublished talk at NOW Workshop. |
....times faster than application execution time. 1. Introduction Storage devices are frequently a major bottleneck for computer systems. To make this situation worse, the size of data stored in such systems is rapidly growing. Also, customer data storage frequently doubles in size every nine months [13], and many satellite data repositories can grow at the rate of one or two tera bytes per day. Petabyte level data sets will not be uncommon in a few years. To make efficient use of such complex systems, it is important to model the performance of I O intensive applications [1, 4, 8] and to ....
G. Papadopolous, The Future of Computing, 1997, Unpublished talk at NOW Workshop.
....in their entirety. Patterson et al. [28] quote an observation by Greg Papadopolous while processors are doubling performance every 18 months, customers are doubling data storage every nine to twelve months and would like to mine this data overnight to shape their business practices [27]. To meet this need, several researchers have recently proposed Active Disk IDISK architectures which integrate substantial processing power and memory into disk units [3, 17, 22, 31] These architectures allow application specific code to be downloaded and executed on the data that is being read ....
G. Papadopolous. The future of computing. Unpublished talk at NOW Workshop, July 1997.
....frequent reprocessing in their entirety. Patterson et al. [25] quote an observation by Greg Papadopolous while processors are doubling performance every 18 months, customers are doubling data storage every five months and would like to mine this data overnight to shape their business practices [24]. Jim Gray argues that satellite data repositories will grow to petabyte size over the next few years and will require a variety of processing ranging from reprocessing the entire dataset to take advantage of new algorithms to reprojection and composition to suit different display requirements ....
G. Papadopolous. The future of computing. Unpublished talk at NOW Workshop, July 1997.
....frequent reprocessing in their entirety. Patterson et al. [11] quote an observation by Greg Papadopolous while processors are doubling performance every 18 months, customers are doubling data storage every five months and would like to mine this data overnight to shape their business practices [24]. Jim Gray argues that satellite data repositories will grow to petabyte size over the next few years and will require a variety of processing ranging from reprocessing the entire dataset to take advantage of new algorithms to reprojection and composition to suit different display requirements ....
G. Papadopolous. The future of computing. Unpublished talk at NOW Workshop, July 1997.
....reprocessing in their entirety. Patterson et al. [37] quote an observation by Greg Papadopolous while processors are doubling performance every 18 months, customers are doubling data storage every nine to twelve months and would like to mine this data overnight to shape their business practices [36]. To meet this need, several researchers have recently proposed Active Disk IDISK architectures which integrate substantial processing power and memory into disk units [2, 22, 27, 42] These architectures allow application specific code to be downloaded and executed on the data that is being ....
G. Papadopolous. The future of computing. Unpublished talk at NOW Workshop, July 1997.
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