dissipated energy / short circuit energy / minimum energy / excessive energy / energy efficient adder circuit / low energy circuit techniques / energy minimization / similar energy consumption / low energy / minimal possible energy corresponding / low energy solution / computational energy / input-output protocol / energy advantages / purpose computing applications / low energy adder / lower energy / leakage energy / low-energy adders / energy advantage / energy reduction / lowest energy / energy savings / energy / energy component / medical implantable devices / maximal energy reduction / low energy full-adder cells / low energy adders / energy consumption / purpose low-energy circuits / energy dissipation / energy components / improved energy dissipation / implantable digital devices / minimal energy / energy saving / signal processing architectures / less energy / energy simulation result / low energy dissipation / Typical energy optimization measures / low energy design / /
Organization
Israel Institute of Technology / Minimal Energy Asynchronous Dynamic Adders Ilya Obridko and Ran Ginosar VLSI Systems Research Center / Technion / /
Accepted for publication (shorter version), IEEE Trans. On VLSI, 2006 Minimal Energy Asynchronous Dynamic Adders