On the Inertia of the Asynchronous Circuits

Title: On the Inertia of the Asynchronous Circuits

Research Question: How can we define and measure the inertia of asynchronous circuits, and what are the implications of this inertia for the behavior and performance of these circuits?

Methodology: The study proposes a new approach to define and measure the inertia of asynchronous circuits. It introduces the concept of bounded delay condition (BDC) and absolute inertial condition (AIC), and presents a set of theorems and corollaries to describe the properties and relationships between these conditions.

Results: The research provides a clear definition of bounded delay condition (BDC) and absolute inertial condition (AIC). It also presents several theorems and corollaries that describe the properties and relationships between these conditions. The results show that the inertia of asynchronous circuits is related to the delay and memory of the circuits, and that it can be measured using the concepts of BDC and AIC.

Implications: The study of inertia in asynchronous circuits can provide valuable insights into the behavior and performance of these circuits. The results can help designers and engineers to better understand the limitations and potential of asynchronous circuits, and to develop more efficient and reliable designs. Additionally, the concepts and methods presented in this study can be applied to other areas of science and engineering that involve the study of dynamic systems and signal processing.

Link to Article: https://arxiv.org/abs/0402039v1 Authors: arXiv ID: 0402039v1