Modeling quantum dot devices in Cell-DEVS environment
Yuri Boiko, Gabriel Wainer · 2008
dot, quantum automata, cellular automata, XOR gates, majority vote gates, quantum wire Simulation of selected elements of Brain Machine, specifically those based on quantum dot technology and defined by quantum cellular automata, is demonstrated in Cell-DEVS environment employing CD++ toolkit. Models of quantum dot cellular devices are implemented within Cell-DEVS formal definitions. For Cell-DEVS modeling the following quantum dot based devices have been selected: quantum XOR, quantum wire and majority vote gates. Operation of models of these devices is visualized by CD Modeler animation as well as draw-log tools within Cell-DEVS environment. Test rules for functionality verification of the models are presented and verified to validate the models. 1.