Titlebook: Logic Synthesis and Optimization; Tsutomu Sasao Book 1993 Springer Science+Business Media New York 1993 CAD.FPGA.FPGA design.Field Program

lobster

Minoru Inamori,Atsushi Takaharayer, entirely non-destructive and applicable to all types of surfaces: insulators, semiconductors, and metals. With the recent advent of improved energy resolution (1%) and sensitivity (dynamic range of 10.) HAS is becoming increasingly useful in the study of defects on surfaces as well as for study

百科全书

Wei-Po Lee,Youn-Long Lin in the reaction. In addition the kinetics of many of these reactions appear to be approximately, but not precisely, second order. The nature of these effects suggests that the photolytic reactions are essentially electronic and that they occur at certain crystal sites or defects when these become d

温和女孩

dragon

A New Exact Minimizer for Two-Level Logic Synthesis, implicants of a function, and then deriving a covering problem, we derive the covering problem directly and implicitly, and then generate only those primes involved in the covering problem. We represent a set of primes by the cube of their intersection. We then derive some properties of the sets of

手势

A New Graph Based Prime Computation Technique,puter design [., .], automated reasoning [.], and reliability analysis [.]. Though much effort has been spent on this problem over the last decades, all the prime computation techniques that have been developed so far are of limited power because they all manipulate sets of primes explicitly. This c

飞镖

MAUVE

,Network Optimization Using Don’t-Cares and Boolean Relations,ithms, and using don’t-cares usually leads to networks of improved quality. Besides don’t-cares, a larger degree of freedom is represented by . and several synthesis methods have been proposed to utilize this flexibility. In this paper, we discuss network optimization algorithms utilizing don’t-care

一小块

预定

A Partitioning Method for Area Optimization by Tree Analysis,t and then, performs collapsing and optimization on each partitions a given circuit and then performs collapsing and optimization on each partition. The algorithm selects sub-circuits that are appropriate for collapsing based on tree structure analysis, which requires time that is linearly proportio

PLIC