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Titlebook: Digit-Serial Computation; Richard Hartley,Keshab K. Parhi Book 1995 Springer Science+Business Media New York 1995 Hardware.Signal.algorith

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Christian Lammert,Boris Vormannuit and the time required to perform computations. Time measures in synchronous systems may consider either the number of clock cycles required to process data, or the rate at which the clock can be run. The performance of systolic networks can be measured by their latency, the time required for out
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Conclusion: The Future of Regionalism replaced by a number of cheap shifts and adds. Encoding the multiplier in the so-called canonic signed digit format leads to the most economical design in terms of conservation of area and power consumption. Power minimization is important to increase battery life in portable applications and to re
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International Political Economy Seriesrting with the paper of Avizienis in 1961 ([90]). The basic idea can also be applied to the design of parallel arithmetic cells for avoiding ripple-carry propagation. It relies on the use of a redundant format number representation to allow serial operations to proceed in a most-significant-bit firs
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Digit-Serial Computation978-1-4615-2327-7Series ISSN 0893-3405
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https://doi.org/10.1007/978-3-658-05434-2In Chapter 8, the unfolding technique was used to derive digit-serial architectures from bit-serial architectures. This chapter presents the.technique which is the reverse of unfolding [60]. The folding technique is briefly described and is used to derive digit-serial architectures directly from bit-parallel architectures.
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