Sun Yat-Sen University / University of Illinois / University of Hong Kong / Shanghai Jiao Tong University / California Institute of Technology / /
IndustryTerm
microwave technologies / performance computing / minimum energy / energy range / self-energy matrices / band-to-band tunneling devices / electron transport systems / chemical potentials / energy window / ultrashort devices / energy point / nanowire electronic devices / carrier transport / carrier ballisticity / p-type devices / electronic devices / realistic systems / low energy range / low standby power applications / wider energy range / nanoscale devices / solution algorithm / /
OperatingSystem
Fermi / /
Organization
California Institute of Technology / Department of Electrical and Electronic Engineering / University of Hong Kong / Hong Kong / University of Illinois / Urbana-Champaign / National Science Foundation / MIT / Leicester Univ. / Cambridge Univ. / Department of Chemistry / University of Illinois / Department of Electrical and Computer Engineering / Hong Kong Research Grant Council / Department of Electrical / Shanghai Jiao Tong University / Shanghai / /
Person
Jie Peng / Jun Jiang / Hua Chen / M. Luisier / Jun Z. Huang / Chi-Yung Yam / A. Schenk / E. Polizzi / W. Fichtner / N. Ben Abdallah / Ty / /
Position
Editor / reduced EVP / EVP / /
Product
Pentax K-x Digital Camera / /
ProvinceOrState
Illinois / New Foundland and Labrador / Guangdong / /
IEEE TRANSACTIONS ON ELECTRON DEVICES, VOL. 60, NO. 7, JULY[removed]Model Order Reduction for Multiband Quantum Transport Simulations and its Application to