This paper develops a delay-insensitive (DI) digital design paradigm that utilizes ternary logic as an alternative to dual-rail logic for encoding the DATA and NULL states. This ne...
Ravi Sankar Parameswaran Nair, Scott C. Smith, Jia...
The realisation of Delay-Insensitive (DI) asynchronous circuits with a CMOS ternary logic is described in this paper. The main advantage of temary logic is the easy realisation of...
This paper shows how the application of a CMOS ternary logic is useful in the realisation of Delay Insensitive (01)asynchronous circuits. It is shown that fully DIasynchronous cir...
Wire and gate delays are accounted to have equal, or nearly equal, effect on circuit behavior in modern design techniques. This paper introduces a new approach to verify circuits ...
Alex Kondratyev, Oriol Roig, Lawrence Neukom, Karl...