Titlebook: High Speed CMOS Design Styles; Kerry Bernstein,Keith M. Carrig,Norman J. Rohrer Book 1999 Springer Science+Business Media New York 1999 CM

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Kerry Bernstein,Keith M. Carrig,Christopher M. Durham,Patrick R. Hansen,David Hogenmiller,Edward J. tools were based on either univariate (bivariate) data representations or on “slick” transformations of multivariate information perceivable by the human eye. Most of the tools are extremely useful in a modelling step, but unfortunately, do not give the full picture of the data set. One reason for t

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Kerry Bernstein,Keith M. Carrig,Christopher M. Durham,Patrick R. Hansen,David Hogenmiller,Edward J. istribution, since it is often a good approximate distribution in many situations. Another reason for considering the multinormal distribution relies on the fact that it has many appealing properties: it is stable under linear transforms, zero correlation corresponds to independence, the marginals a

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Latching Strategies,ital signal states. Latching is one of the most critical areas in today’s chip designs. Since nearly all microprocessors and computer systems are pipelined, storage elements are required to form the partitions for nearly every pipeline stage on the chip. Because they bound the logic, latches are als

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Slack Borrowing and Time Stealing,s becomes an issue. That is, inevitably a logical pipeline partition will require more time than is available, for example, more than a full-cycle time in a master-slave system or a half-cycle in a two-phase separated-latch system. Depending on the circuit style, the latching structure, and the cloc

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. It is intended to provide practicalreference, or `horse-sense‘, to mechanisms typically described with amore academic slant. This book is organized so that it can be used asa textbook or as a reference book. ..High Speed CMOS Design Styles. provides a survey of design stylesin use in industry, spe