Abstract. This paper presents the design, layout, and testability analysis of delay-insensitive circuits on cellular arrays for nanocomputing system design.
The regular structure together with delay-insensitive circuit style makes cellular arrays a viable option for implementing nanocomputing systems.
Asynchronous quasi delay insensitive (QDI) implementation of approximate multiplication is described in this article. We consider the array multiplier ...
A delay-insensitive circuit is a type of asynchronous circuit which performs a digital logic operation often within a computing processor chip.
Missing: Cell Matrix.
We present A-NTUPLACE, a timing-driven placer uniquely suited to handling quasi delay-insensitive circuits. Our tool uses a generalization of repetitive event ...
An investigation of the QDI implementations of circuits within the Balsa system is undertaken and the major sources of overheads identified.
We present a novel coding scheme that combines the benefits of constant-weight codes, namely simple completion detection, with those of systematic codes, ...
This paper presents the design, layout, and testability analysis of delay-insensitive circuits on cellular arrays for nanocomputing system design.
Introduction. • Chip complexity has been scaling with transistor count. • Designer productivity not keeping up. • Automation key to leveraging device ...
nectivity matrix is usually sparse, and the nonzero ele- ments are often small numbers meaning that they will have a significant number of leading zeros. If ...