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。
+ e/ k* O6 `) {' a$ @# q7 z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。
研討會相關議程規劃如下:
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5 `6 n5 L* D( ]8 {" H5 G! O  B時間：2009年11月2日 (一) 9：00 ~19：00
4 C) O( m4 K/ _/ H$ [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)
9 ?9 k' B: w9 K+ q- C: [指導單位：經濟部技術處
, K- z9 J+ Q' R' y; s主辦單位：工業技術研究院
# y- N" r( D3 \8 t! c- o! O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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研討會議程：

) C% j+ O* J3 s5 Y8:30-9:00/報到
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 R$ i( Z  M7 q7 o, I方之熙博士/Managing Director of Intel Labs-China in Beijing/Intel
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5 A' y2 G* l% @' y. a9 x$ {! H9:50-10:30/Transforming Computational Science with CUDA
Dr. Nathan Bell/Research Scientist/NVIDIA

10:30-10:50/Coffee Break

10:50-11:30/Google’s Platform and Services in the Cloud
( w3 _+ ~& l. o. H: ~+ I簡立峰博士/Google台灣區總經理

11:30-12:10/Cloud Computing and Open Strategy at Yahoo!
( q. g5 _* R; L丁綺萍/Yahoo奇摩技術長
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  I4 S0 Q. C/ a) }6 L/ N12:10-13:10/午餐

13:10-13:50/Software development for the SpursEngine : A High-Performance Multi-core Stream Processor for Media Processing Acceleration
Kenichi Mori/Senior Specialist/ Toshiba

6 i7 q" K9 [7 D( ^13:50-14:20/3D Imaging & Applications on Multi-Core Platform
2 _- w$ r# i5 v4 E3 D! G劉楷哲博士/工研院電光所副理
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$ w  \; Z* p1 T4 O/ L( x" i7 b14:20-14:40/Coffee Break
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14:40-15:20/Parallel Programming Paradigms: How far can they get us ?
* c4 g. z; c/ Y, wDr. Lawrence Rauchwerger/Prof./Texas A&M Univ

15:20-15:50/Support of Programming Models and Tools for Embedded Multi-core Systems
2 C+ h. G) R) l6 c李政崑博士/清大資工系教授

+ L3 f1 _3 c1 s  {15:50-17:00/Panel Discussion
; `! s+ Y( Q, `/ P* g9 b17:00-19:00/Cocktail Reception and Exhibition
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[ 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.
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1. For those three different platforms,

& |6 c, ?2 P* U   1. What are their respective programming requirements?
; M8 B- U$ b$ T. _   2. Do they need different programming paradigms/models?
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2. What kind of programming support needed for programming on those three types of platforms?

: n) h( S! F' z4 |4 K   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?