8th International Conference on Numerical Simulation of Optoelectronic Devices, Nottingham, UK

Abbrevation

NUSOD

Link

http://www.nusod.org/

City

Nottingham

Country

Deadline Paper

2008-05-09

Start Date

2008-08-31

End Date

2008-09-05

Abstract

The 15th IEEE International Conference on Electronics, Circuits, and Systems, ICECS<SPAN lang=EN–US style=″FONT–SIZE: 12pt; mso–ansi–language: EN–US; mso–bidi–font–size: 10.0pt; mso–char–type: symbol; mso–symbol–font–family: Symbol; mso–ascii–font–family: Times New Roman; mso–hansi–font–family: Times New Roman″> 2008, will be held in Malta on the 31st August <SPAN lang=EN–US style=″FONT–SIZE: 12pt; mso–ansi–language: EN–US; mso–bidi–font–size: 10.0pt; mso–char–type: symbol; mso–symbol–font–family: Symbol; mso–ascii–font–family: Times New Roman; mso–hansi–font–family: Times New Roman″>– 3rd September<SPAN lang=EN–US style=″FONT–SIZE: 12pt; mso–ansi–language: EN–US; mso–bidi–font–size: 10.0pt; mso–char–type: symbol; mso–symbol–font–family: Symbol; mso–ascii–font–family: Times New Roman; mso–hansi–font–family: Times New Roman″> 2008.<?XML:NAMESPACE PREFIX = O /><O:P> </O:P>ICECS is a major international forum presenting design methodologies, techniques and experimental results in emerging electronics, circuits and smart systems topics. ICECS has developed into the flagship conference of the IEEE CAS Society in Region 8, with participants from all over the world. The conference will include regular, special and poster sessions. Prospective authors are invited to submit their manuscripts reporting original work, as well as proposals for special sessions and tutorials. The conference program will also include three keynote lectures and student paper contest.<O:P> </O:P> Keywords: <UL> <LI class=style58>Novel materials, devices, and simulation tools <LI class=style58>Design and optimization of optoelectronic devices <LI class=style58>Analysis of device performance and internal processes <LI class=style58>Electron–photon interaction <LI class=style58>Physics and theory of nanostructures <LI class=style58>Photonic crystal structures and devices <LI class=style58>Semiconductor material properties <LI class=style58>Organic materials and devices <LI class=style58>Fabrication process theory and simulation <LI class=style58>Packaging and integration issues <LI class=style58>Photonic integrated circuits and systems <LI class=style58>Ultrafast effects and dynamical phenomena <LI class=style58>High–speed devices and photonic links <LI class=style58>Coupling of electronic, optical, and thermal simulations <LI class=style58>Mathematical models and numerical methods <LI class=style58>Calibration and validation of models and material parameters </LI></UL>