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Gerhard Klimeck , Purdue University, West Lafayette
Mathieu Luisier , Purdue, West Lafayette
ABSTRACT
The Nanoelectronic Modeling (NEMO) Toolset has been continually developed over the past 15 years to provide insight into nano-scale semiconductor devices that are dominated by quantum mechanical effects. The ability to represent realistically large devices in an atomistic basis has been the key element to match experimental data and to guide experiments. Now these insights flow into the creation of a new simulation engine called OMEN. Critical modeling requirements, scaling on parallel computers, and sample scientific results are discussed
INDEX TERMS
J.2.f Electronics, J.2.g Engineering, J.2.i Physics, J.6.a Computer-aided design, J.8.f Engineering design, J.8.n Software engineering, J.2.f Electronics, J.6.a Computer-aided design, C.1.2.g Parallel processors, E.1.d Graphs and networks, F.2.2.b Computations on discrete structures, F.2.2.c Geometrical problems and computations, G.1.0.g Parallel algorithms, G.2.2.a Graph algorithms, G.2.2.d Network problems, nano, nano, J.8.f Engineering design, H.5.2.f Graphical user interfaces
CITATION
Gerhard Klimeck, Mathieu Luisier, "Atomistic Modeling of Realistically extended Semiconductor Devices with NEMO / OMEN", Computing in Science & Engineering, , no. 1, pp. , PrePrints PrePrints, doi:10.1109/MCSE.2009.210
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