Modeling quantum dot devices in Cell-DEVS environment

Yuri Boiko and Gabriel Wainer

2008 Spring Simulation Multiconference (SpringSim'08)- Poster Sessions (SCS-Poster sessions 2008)
Ottawa, Canada, April 14 - 17, 2008

---

Summary

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.

---

  

START Conference Manager (V2.54.5)