Titlebook: Asynchronous Circuits; Janusz A. Brzozowski,Carl-Johan H. Seger Book 1995 Springer-Verlag New York, Inc. 1995 Alphabet.Boolean algebra.Boo

記憶

Thanh M. Cabral,Rangaraj M. Rangayyanr describing behaviors of asynchronous circuits and for specifying abstract behaviors. The theory of regular languages and finite automata is now well established as one of the important basic tools of computer science. We present this theory in a somewhat different way than is done in most textbook

抑制

Synthesis Lectures on Biomedical Engineeringant at their new values. This is only part of the analysis problem. A complete analysis also involves the network behavior in response to a . of input changes, some of which may occur while the network is unstable, if fundamental-mode operation is not used. We consider such behaviors in this chapter

教育學(xué)

Springer Series in Optical Sciencesnumber of behaviors may be associated with a simple OR gate. In Section 12.2, we consider the classical primitive flow table specifications. We point out some deficiencies of the flow table approach, and we compare it with our formal model of behaviors. In Section 12.3 we discuss the derivation of b

神圣將軍

OTHER

痛苦一下

arrhythmic

帽子

發(fā)怨言

Design of Asynchronous Circuits,Most of this chapter is based on an article by Scott Hauck.. However, we have adapted this material to the style of the book, omitted certain topics, significantly changed other topics, and added new material.

上漲

CMOS Transistor Circuits,rary Boolean functions. In practice, most VLSI circuits are implemented with MOS transistors as basic building blocks. Unfortunately, the theory developed for gates is not adequate for many MOS transistor circuits. In this chapter we show how these circuits can be modeled in our general framework.