By Svetlana N. Yanushkevich Vlad P. Shmerko Sergey E. Lyshevski
Modern day engineers will confront the problem of a brand new computing paradigm, hoping on micro- and nanoscale units. good judgment layout of NanoICs builds a beginning for good judgment in nanodimensions and publications you within the layout and research of nanoICs utilizing CAD. The authors current information constructions constructed towards functions instead of a basically theoretical treatment.Requiring purely simple common sense and circuits history, common sense layout of NanoICs attracts connections among conventional methods to layout and smooth layout in nanodimensions. The booklet starts with an advent to the instructions and uncomplicated method of common sense layout on the nanoscale, then proceeds to nanotechnologies and CAD, graphical illustration of switching services and networks, word-level and linear word-level information constructions, 3D topologies according to hypercubes, multilevel circuit layout, and fault-tolerant computation in hypercube-like constructions. The authors suggest layout ideas and strategies, going past the underlying expertise to supply extra utilized knowledge.This design-oriented reference is written for engineers attracted to constructing the following iteration of built-in circuitry, illustrating the dialogue with nearly 250 figures and tables, a hundred equations, 250 sensible examples, and a hundred difficulties. every one bankruptcy concludes with a precis, references, and a prompt studying part.
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Additional resources for Logic Design of NanoICS (Nano- and Microscience, Engineering, Technology, and Medicine Series)
Extra parallelism is provided by word-level representation of a logic function. In this case, each node computes logic computations on the bits in the words in parallel. Cellular arrays. The term cellular systolic array refers to networks composed of some regular interconnection of logic cells. These arrays may be either 1-D, 2-D, or theoretically of any higher dimension of three or more. 4). 4 1-D (a) and 2-D (b) cellular arrays. Cellular automata are a reasonable model for study of self-assembling and self-reproducing phenomena.
IEE Proceedings,  Ferry DK. Silicon single-electron devices and a review of nanodevice research in the USA. FED Journal, 10(1):5–25, 1999.  Goser K, Pacha C, Kanstein A, and Rossmann ML. Aspects of systems and circuits for nanoelectronics. Proceedings of the IEEE, 85:558–573, April, 1997. © 2005 by CRC Press 24 Logic Design of NanoICs  Greenberg RI. The fat-pyramid and universal parallel computation independent of wire delay. IEEE Transactions on Computers, 43(12):1358–1364, 1994.  Hameroff SR.
2005 by CRC Press Introduction 11 As mentioned above, the components of the methodology of logic design in spatial dimensions consist of selected methods of advanced logic design. In this book, the focus is on appropriate data structures that fit 3-D topology, the N -hypercube. For application of the N -hypercube, the appropriate data structure of logic function and method of embedding this structure in the N -hypercube must be chosen. There are three phases in logic function manipulation aimed at changing the carrier of information from the algebraic form (logic equation) to the hypercube-like structure: P hase 1 : The logic function (switching or multivalued) is transformed to the appropriate algebraic form (Reed-Muller, arithmetic, word-level, linear word-level, etc.
Logic Design of NanoICS (Nano- and Microscience, Engineering, Technology, and Medicine Series) by Svetlana N. Yanushkevich Vlad P. Shmerko Sergey E. Lyshevski