This book is an introduction to the design of asynchronous circuits. It is an updated and
significantly extended version of an eight-chapter tutorial that first appeared as Part I in the …

Asynchronous circuits have key advantages in terms of low energy consumption,
robustness, and security. However, the absence of a global clock makes the design prone to …

This paper describes the System Verilog modeling language developed by Tiempo to
design asynchronous circuits. The language enables designers to model, verify and debug …

Specifying channel-based asynchronous circuits in SystemVerilog is a promising alternative
design paradigm to combine the advantages of asynchronous circuits and industrial EDA …

Relative Timed design represents timing constraints in an integrated circuit as mathematical
equations. This differs from current state of the art integrated circuit design methodologies …

In this paper, we model conditional communication primitives of asynchronous circuits as
three-valued logic operators and adopt the theory of observability don't cares to create a …

Asynchronous circuit design has long been considered a suitable alternative to synchronous
design due to its potential for achieving lower power consumption, higher robustness to …

We describe a practical method of generating production ready timing violation resilient
asynchronous circuits with conditional communication from a high level hardware …

Emerging wireless technologies will play an important role in home network applications.
Chaotic UWB technology has several inherent properties that are suited to home networks …

This paper introduces reconditioning: a novel systematic technique for reducing
unnecessary power consumption of asynchronous gate-level netlists, which involves the …