Events in self-timed rings can propagate evenly spaced or as bursts. By studying these phenomena, we obtain a better understanding of the underlying dynamics of self-timed pipelin...
Mark R. Greenstreet, Anthony Winstanley, Aurelien ...
This paper presents a novel variation of wave pipelining that we call “surfing.” In previous wave pipelined designs, timing uncertainty grows monotonically as events propagat...
Advanced clock-delayed1 and self-resetting domino circuits are becoming increasingly important design styles in aggressive synchronous as well as asynchronous design. Their design...
We present a method for synchronizing pausible clocks in GALS (Globally Asynchronous, Locally Synchronous) systems. In contrast to most conventional GALS schemes the method is not...
Joep L. W. Kessels, Suk-Jin Kim, Ad M. G. Peeters,...
Reliable, low-latency channel communication between independent clock domains may be achieved using a combination of clock pausing techniques, self-calibrating delay lines and an ...
George S. Taylor, Simon W. Moore, Robert D. Mullin...