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Browse All Reviews > Hardware (B) > Integrated Circuits (B.7) > Types And Design Styles (B.7.1) > Memory Technologies (B.7.1...)
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1-4 of 4
Reviews about "Memory Technologies (B.7.1...)":
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High performance memory systems
Hadimioglu H., Kaeli D., Nanda A., Springer-Verlag, 2003. 297 pp. Type: Book (9780387003108)
This book is a collection of memory-related papers from workshops held at the International Symposium on Computer Architecture, on the topic of “Solving the memory wall: the growing disparity between CPU and memory speed....
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May 11 2004 |
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Low-power operation using self-timed circuits and adaptive scaling of the supply voltage
Nielsen L., Niessen C. IEEE Transactions on Very Large Scale Integration (VLSI) Systems 2(4): 391-397, 1994. Type: Article
Power dissipation in digital CMOS circuits depends roughly on supply voltage and activity factor (that is, the average fraction of the total node capacitance being switched). The activity factor can be reduced by avoiding glitches or g...
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Feb 1 1996 |
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Logic programs directly processed in a network of content addressable memories
De Callatay A. Future Generation Computer Systems 4(2): 117-131, 1988. Type: Article
This paper describes a study of robot controller processor architecture. De Callatay first breaks the processor down into its functional parts and explains how each one works. In the second part of the paper he details directed circula...
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Apr 1 1989 |
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Survey of spacecraft memory technologies
Greenberg E., Malcho R., Stoll P., Theis D. Computer 18(3): 29-39, 1985. Type: Article
The title of this paper describes it perfectly. The authors begin by describing four spacecraft memory uses: signal processing, computer main memory, fast nonvolatile memory, and nonvolatile mass storage. Different types of devices are...
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Mar 1 1986 |
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