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。
3 Q2 e1 l, f( T* K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:

2 i5 A3 ^) U/ Q5 E9 v$ Q; j時間：2009年11月2日 (一) 9：00 ~19：00
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)
3 {; N4 ~. \3 y指導單位：經濟部技術處
主辦單位：工業技術研究院
# Z" Z2 A1 N( R1 j% h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

/ f) L# E! t9 R: ]' B6 c研討會議程：

8:30-9:00/報到
9:00-9:10 /開幕/詹益仁博士/工研院電光所所長
! o4 W+ K7 k( s8 q  l5 L% N9:10-9:50 /Trends of Microprocessor Design and uArchitecture Research
方之熙博士/Managing Director of Intel Labs-China in Beijing/Intel

( ]+ I# S/ ]0 P" @1 ]% `, _+ N- R9:50-10:30/Transforming Computational Science with CUDA
Dr. Nathan Bell/Research Scientist/NVIDIA
, ?9 Y1 p3 ^1 [5 \* u  K( u
. D$ E! ^7 t# r! F# H/ n10:30-10:50/Coffee Break

10:50-11:30/Google’s Platform and Services in the Cloud
( H: {# c  ~( E7 M. n" I& U& \簡立峰博士/Google台灣區總經理
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) {9 s$ T4 t+ R4 B3 [11:30-12:10/Cloud Computing and Open Strategy at Yahoo!
丁綺萍/Yahoo奇摩技術長
1 A7 l; E5 u9 u0 Z& w  S8 r
* ^0 `" ~) v" V7 h4 y12:10-13:10/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
( H5 A/ k' X" F
13:50-14:20/3D Imaging & Applications on Multi-Core Platform
劉楷哲博士/工研院電光所副理
% X8 J, B6 ~3 ]/ K1 n' C  v" }# B
14:20-14:40/Coffee Break

( i, @. M* R0 l. `! T14:40-15:20/Parallel Programming Paradigms: How far can they get us ?
Dr. Lawrence Rauchwerger/Prof./Texas A&M Univ

15:20-15:50/Support of Programming Models and Tools for Embedded Multi-core Systems
李政崑博士/清大資工系教授
! W7 e3 S7 K* j. v
15:50-17:00/Panel Discussion
17:00-19:00/Cocktail Reception and Exhibition
* t+ M2 ^# ?) [* j6 \  c
3 z# H0 f( D  _% R' S' q[ 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:
4 ?. z; s% f0 m/ T: K! w4 }& V; @multicore platforms, clouding computing, and embedded systems.
, m. H3 n5 v. ]+ U9 m1 U; Z
1. For those three different platforms,

/ j$ r9 \3 G9 S0 w& j; D   1. What are their respective programming requirements?
2 V8 }: T3 Q" G( Q3 S. k   2. Do they need different programming paradigms/models?

2. What kind of programming support needed for programming on those three types of platforms?

3 H8 Y$ P4 P7 `& H   1. What are available now? What will be really nice to have? And what are absolutely essential?

  m: K3 I% W2 P5 e3 }3. In your crystal ball, what are the killer applications for those three platforms in the near future?