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。
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:

* @' W  y$ y4 O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 [: U$ x1 ~# Q指導單位：經濟部技術處
5 g" t  c$ V5 z; {1 r主辦單位：工業技術研究院
9 a/ [. R1 O6 F/ [9 l4 s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

研討會議程：

- I& m- ~- \; _- [7 h6 O" R5 C1 x% C8:30-9:00/報到
9:00-9:10 /開幕/詹益仁博士/工研院電光所所長
5 C1 G8 F) a$ A# B0 r9:10-9:50 /Trends of Microprocessor Design and uArchitecture Research
方之熙博士/Managing Director of Intel Labs-China in Beijing/Intel

% e8 a+ T& L1 o/ w% S  Y; K9:50-10:30/Transforming Computational Science with CUDA
Dr. Nathan Bell/Research Scientist/NVIDIA
7 c: b3 V* B2 n+ T) o8 @: e
10:30-10:50/Coffee Break

10:50-11:30/Google’s Platform and Services in the Cloud
簡立峰博士/Google台灣區總經理
2 d8 z  X2 R) m* ]5 s
11:30-12:10/Cloud Computing and Open Strategy at Yahoo!
% z0 I9 i' B$ {* {丁綺萍/Yahoo奇摩技術長
. @( O  r, |. a4 K' \1 X
' D% y, A# `6 e3 Z6 V9 V* `12:10-13:10/午餐

8 M# m. l. u/ ^: ]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

$ m* Y3 S2 o% I7 B4 u8 ]  W1 `13:50-14:20/3D Imaging & Applications on Multi-Core Platform
8 |9 p4 s  W6 k  Y$ J5 P& V1 X劉楷哲博士/工研院電光所副理
( ~# x* t- @! e+ C. t
# X2 Q: C8 z" o* I* b, Y2 k( A14:20-14:40/Coffee Break

$ S& ?& E) i) o2 C5 v, ~14:40-15:20/Parallel Programming Paradigms: How far can they get us ?
. @' Y9 f* N0 K+ YDr. Lawrence Rauchwerger/Prof./Texas A&M Univ

1 U* Z4 y3 G4 ?4 D* o* t2 j3 Z# L4 e15:20-15:50/Support of Programming Models and Tools for Embedded Multi-core Systems
李政崑博士/清大資工系教授
% T1 s$ @& U5 `* f
$ g- ^( I% u! Q/ ^15:50-17:00/Panel Discussion
17:00-19:00/Cocktail Reception and Exhibition

( ~4 R& J$ N4 A# h8 T; S0 H, {[ 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:
' h+ T0 m1 t4 a1 _% p& D# Emulticore platforms, clouding computing, and embedded systems.

1. For those three different platforms,

   1. What are their respective programming requirements?
2 E- S0 l+ f9 @8 {) X$ _" F2 D   2. Do they need different programming paradigms/models?

2. What kind of programming support needed for programming on those three types of platforms?
# b" l9 d$ b0 k
, T& U, W7 P; a   1. What are available now? What will be really nice to have? And what are absolutely essential?
7 @! s/ {% R/ _6 J/ F2 @( \9 J
. e+ N4 D" s: a* N3 w$ z; w3. In your crystal ball, what are the killer applications for those three platforms in the near future?