Titlebook: VLSI Systems and Computations; H. T. Kung,Bob Sproull,Guy Steele Book 1981 Carnegie-Mellon University 1981 Integrated Circuits.Integrierte

冰河期

Functional Parallelism in VLSI Systems and Computationspermit advantageous use of MOS solid-state technologies as well as graceful transitions of processor implementation from one scale of large scale integration to the next. Some of the major considerations linking form to function are noted here with examples illustrating the impact of functional parallelism and serialized arithmetic.

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Minimum Edge Length Planar Embeddings of Treesrem can be embedded (perhaps with crossovers) in linear area and with a maximum edge length of 0(.) — for the case of binary trees. In the paper we also observe that Valiant’s result can be extended to the case of oriented trees [7].

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aptitude

恃強(qiáng)凌弱的人

The VLSI Complexity of Sortingtime. tradeoff for the sorting problem. The smallest circuit is only large enough to store a few elements at a time; it is, of course, rather slow at sorting N elements. The largest design solves a sorting problem in only 0(..) clock cycles. The area*time2 performance figure for all but three of the designs is close to the limiting value, Ω(N.).

樂意

Optimal Placement for River Routingd sufficient conditions for wirability which are applied to reduce the optimal placement problem to the graph-theoretic . problem. By exploiting the special structure of graphs that arise from the placement problem for rectilinear wiring, an optimal solution may be determined in linear time.

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ylvania. The conference was organized by the Computer Science Department, Carnegie-Mellon University and was partially supported by the National Science Foundation and the Office of Naval Research. These proceedings focus on the theory and design of computational systems using VLSI. Until very recen

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dowagers-hump

Functional Parallelism in VLSI Systems and Computationstions can be significantly enhanced by employing a high degree of functional parallelism with serialized data-flow and control. Both Functional Parallelism (the parallel use of an array of high density, low cost, lower performance devices to obtain a high performance function) and Bit-Serialized Ari

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