國際多核技術與應用研討會

masonchung

隨著多核心處理器的普及，近年來多核心運算與平行軟體技術的研究日益重要。
5 {0 l9 k  n" ]3 f本次會議特別邀請到Intel、NVIDIA、Yahoo、Google、Toshiba等國際知名大廠之專家學者，探討Multi-Core技術發展趨勢、平行處理、創新應用及雲端運算服務等議題，現場並安排相關產品與技術成果的展示。
- G1 V; @; F% j6 k& z研討會相關議程規劃如下:
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& `+ q4 s/ j# U4 c6 F時間：2009年11月2日 (一) 9：00 ~19：00
/ p) o5 {& G* u9 M+ o# H! O2 x地點：臺大醫院國際會議中心301室 (台北市中正區徐州路2號)
( b5 w- r2 t; D& I( s指導單位：經濟部技術處
主辦單位：工業技術研究院
- h( E8 V& m' \! c協辦單位：中央研究院資訊科學研究所、國家高速網路與計算中心、台北市電腦公會、Intel、NVIDIA
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! f' p- a& U+ r2 J3 \  |研討會議程：

0 R3 y" W; p8 Z2 l7 ]8:30-9:00/報到
" S5 U$ g6 Z2 @! t  ]9:00-9:10 /開幕/詹益仁博士/工研院電光所所長
9:10-9:50 /Trends of Microprocessor Design and uArchitecture Research
2 m; b7 `# a$ i1 S方之熙博士/Managing Director of Intel Labs-China in Beijing/Intel

9:50-10:30/Transforming Computational Science with CUDA
Dr. Nathan Bell/Research Scientist/NVIDIA
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10:30-10:50/Coffee Break

10:50-11:30/Google’s Platform and Services in the Cloud
" v! s# R+ L. p6 j簡立峰博士/Google台灣區總經理
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11:30-12:10/Cloud Computing and Open Strategy at Yahoo!
/ L4 n, Z3 w: Q3 B; ~丁綺萍/Yahoo奇摩技術長

12:10-13:10/午餐

& A1 e: X: @1 z1 H5 b6 x  h, |! P9 u13:10-13:50/Software development for the SpursEngine : A High-Performance Multi-core Stream Processor for Media Processing Acceleration
Kenichi Mori/Senior Specialist/ Toshiba
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13:50-14:20/3D Imaging & Applications on Multi-Core Platform
4 R# f# D+ T, w$ R劉楷哲博士/工研院電光所副理
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$ ], E" Z; ]5 d/ F14:20-14:40/Coffee Break

# }' z2 l" h# g! i$ Z  h! p% D8 e7 W14:40-15:20/Parallel Programming Paradigms: How far can they get us ?
Dr. Lawrence Rauchwerger/Prof./Texas A&M Univ
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6 D  x8 r; N) A6 p. s15:20-15:50/Support of Programming Models and Tools for Embedded Multi-core Systems
李政崑博士/清大資工系教授

2 w! y- E1 Y( j- a0 K15:50-17:00/Panel Discussion
# C2 Z" `. A# J: F& x0 t17:00-19:00/Cocktail Reception and Exhibition

! r  ?( S/ ?$ ~0 R( P[ 本帖最後由 masonchung 於 2009-10-19 05:06 PM 編輯 ]

chip123

The discussions in today's workshop are centered around three dlfferent platfomis:
multicore platforms, clouding computing, and embedded systems.

, N6 S( h: T3 u) {3 P) g9 H/ U, e1. For those three different platforms,
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! R' r$ Y( B5 {5 U1 I, }/ f. j   1. What are their respective programming requirements?
( S* P+ f6 B$ q! a2 z   2. Do they need different programming paradigms/models?
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4 P, ?* T, Q4 N2. What kind of programming support needed for programming on those three types of platforms?

   1. What are available now? What will be really nice to have? And what are absolutely essential?
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3. In your crystal ball, what are the killer applications for those three platforms in the near future?