Asynchronous circuits are crucial in designing low power and high performance digital systems. In this paper, we present an ecient modular partitioning approach for asynchronous c...
As VLSI fabrication technology progresses to 65nm feature sizes and smaller, transistors no longer operate as ideal switches. This motivates verifying digital circuits using contin...
The field of Evolvable Hardware, applying artificial evolution to the design of digital and analogue hardware is around ten years old. However, the field is far from reaching m...
In this study, we apply a novel synthesis technique for implementing robust digital computation in nanoscale lattices with random interconnects: percolation theory on random graph...
Most so-called “adiabatic” digital logic circuit families reported in the low-power design literature are actually not truly adiabatic, in that they do not satisfy the general...