Ye PD, Gu JJ, Wu YQ, Xu M, Xuan Y, Shen T, Neal AT. ALD High-k as a Common Gate Stack Solution for Nano-electronics. In: Misra D, Chen Z, Iwai H, Bauza D, Chikyow T, Obeng Y Dielectrics for Nanosystems 4: Materials Science, Processing, Reliability, and Manufacturing. Vol. 28. ; 2010. pp. 51-+. 访问链接
Gao W, Ma S, Zhang L, Su L, Zhao D. AVS Video Coding Standard. In: Intelligent Multimedia Communication: Techniques and Applications. ; 2010. pp. 125–166. 访问链接
Yang C, Li L, Zhang Y. Development of a scalable solver for the earth’s core convection. In: Zhang W, Chen Z, Douglas CC, Tong W Proc. 2nd International Conference on High Performance Computing and Applications (HPCA 2009), Lecture Notes in Computer Science. Vol. 5938. Shanghai, China: Springer Berlin Heidelberg; 2010. pp. 497–502. 访问链接Abstract
A scalable parallel solver is developed to simulate the Earth’s core convection. With the help from the “multiphysics” data structure and the restricted additive Schwarz preconditioning in PETSc the iterative solution of the linear solver converges rapidly at every time-step. The solver gains nearly 20 times speedup compared to a previous solver using least-squares polynomial preconditioning in Aztec. We show the efficiency and effectiveness of our new solver by giving numerical results obtained on a BlueGene/L supercomputer with thousands of processor cores.
Wu Y, Ye PD. Scaling of InGaAs MOSFETs into deep-submicron. In: Srinivasan P, Obeng Y, Misra D, Karim Z, DeGendt S Graphene, Ge/Iii-V, and Emerging Materials for Post-Cmos Applications 2. Vol. 28. ; 2010. pp. 185-201. 访问链接
A substantial fraction of fine particulate matter (PM) across the United States is composed of carbon, which may be either emitted in particulate form (i.e., primary) or formed in the atmosphere through gas-to-particle conversion processes (i.e., secondary). Primary carbonaceous aerosol is emitted from numerous sources including motor vehicle exhaust, residential wood combustion, coal combustion, forest fires, agricultural burning, solid waste incineration, food cooking operations, and road dust. Quantifying the primary contributions from each major emission source category is a prerequisite to formulating an effective control strategy for the reduction of carbonaceous aerosol concentrations. A quantitative assessment of secondary carbonaceous aerosol concentrations also is required, but falls outside the scope of the present work.