Contemporary silicon technology enables integrating billions of transistors and allows the
creation of complex systems-on-chip. At the same time, strict power dissipation budgets and …

QDI circuits are robust towards timing issues, but this elasticity makes them vulnerable in
value-domain fault scenarios because data-accepting windows are flexibly defined by the …

As critical charges become smaller due to technology advancement, Single Event
Transients (SET's) become more threatening to circuits. Quasi Delay-Insensitive (QDI) …

Networks on chip (NoCs) are efficient infrastructures to enable communication among the
large number of IPs that compose modern systems on chip (SoCs). However, even if recent …

For decades now, the synchronous paradigm has been the major choice of the industry for
building integrated circuits. Unfortunately, with the development of semiconductor industry …

Due to their flexible data accepting windows Quasi Delay-Insensitive (QDI) circuits are
susceptible to environmental effects such as single event transients (SETs). Their mode of …

The causal behavior of Quasi Delay-Insensitive (QDI) circuits may get compromised under
the effects of single event transients (SETs). To address the issue, the research community …

A concurrent system is persistent if throughout its operation no activity which became
enabled can subsequently be prevented from being executed by any other activity. This is …

Asynchronous circuits exhibit impressive power and performance benefits over its
synchronous counterpart. Asynchronous system design, however, is not widely adopted due …

Current silicon technologies enable the integration of billions of transistors in a single chip,
supporting the creation of complex systems on a chip (SoCs). Networks on Chip (NoCs) …