首页> 外文会议>Low Power Electronics and Design, 2004. ISLPED '04 >Microarchitectural power modeling techniques for deep sub-micron microprocessors
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Microarchitectural power modeling techniques for deep sub-micron microprocessors

机译:用于深亚微米微处理器的微体系结构功率建模技术

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Welcome to the 2004 International Symposium on Low PowerElectronics and Design (ISLPED)!>This year ISLPED moves back to California after a verysuccessful year in Asia. ISLPED started as a workshop on low-powerdesign in 1994 and is in its tenth year. This year we receivedpapers in all aspects of low-power design from all over the world.This indicates the continuous international interest across theVLSI electronics community for low power design. Indeed, unique toISLPED is that it brings together researchers from academia andindustry with different backgrounds in technology, circuits,micro-architectures and architectures, digital and analog design,system design and software, having one common research concern:power-efficient design. We believe that this critical attribute ofISLPED continues to hold true even as power issues become morecentral in broader conferences such as ISSCC, DAC and ISCA. ISLPEDprovides a forum for lively exchange of ideas that span multipledisciplines andyet are aimed at solving the same challenge.>This year we received 204 submissions. Many thanks to all theauthors who submitted papers: their work is the reason thissymposium has become so successful. We were able to accept a totalof 70 contributions (34% acceptance): 56 regular papers, and 14poster papers. Regular papers have 6 pages in the proceedings whileposter papers have 4 pages in the proceedings. The circuits andtechnology areas continue to be well represented, whilemicro-architecture, platform and software areas continue to seerapid growth in interest. We also have an excellent program ofkeynote, plenary, and embedded tutorial speakers. The embeddedtutorials address some key new issues that have come to theforefront as we continue to scale down on feature and transistorsizes. It's the tyranny of the small -- effects that once wererelegated as second-order e.g. leakage and manufacturingvariations, are now macro effects that determine key attributes ofhigh-performance designs. The keynote and plenary speakers bring awealth of industry experience and are at the forefront of thebattle against power consumption -- at the transistor, architectureand platform levels. The winners of the student design contest havea special session on Tuesday morning (their papers are not includedin the proceedings). An industry sponsored cash award will bepresented to each selected design entry.>Many thanks to the Technical Program Committee for all the hardwork in the paper review, paper selection and session organization.The technical program committee also had the help of additionalreviewers. We would also like to thank them for their contribution.This year we had a blind-review process which worked very well. Thetechnical program committee met in April on the UC-Irvine campus.Even with economic constraints, we had a very large attendance.Thanks for your commitment to the symposium. Also thanks to themembers of the organizing committee for all their hard work behindthe scenes: Vijay Narayanan as Treasurer, PayamHeydari as LocalArrangements Chair, Mahmut Kandemir and Jihong Kim as PublicityChairs, David Scott as Design Contest Chair, Diana Marculescu asExhibits Chair. Thanks to Swarup Bhunia and Animesh Datta fortaking care of the web-based paper submission. The symposium hasreceived generous financial support from Intel, Texas Instruments,Synopsys, Sequence Design, IBM, Magma Design Automation, andCadence.>We would especially like to acknowledge the financial supportfrom iUniversity of California's Industry-UniversityCooperative Research Program/i. This financial support wascritical in helping reduce the symposium registration fees.>ISLPED is sponsored by ACM SIGDA and the IEEE Circuits andSystems Society. It receives technical co-sponsorship from the IEEESolid State Circuit Society and the IEEE Electron Devices Society.Finally, we would like to thank you, the audience and the readerfor your interest and support of this symposium. We hope that youwill find the symposium both stimulatingand helpful. We appreciateyour comments and suggestions.
机译:欢迎2004年的低电平电和设计国际研讨会(ISLPED)!

今年ISLPED在亚洲一年的一年后返回加利福尼亚州。 ISLPED始于1994年的低强度专员的研讨会,并在第十次。今年,我们在世界各地的低功耗设计方面获得了备用纸。这表明普通电力设计中普通电子社区的持续国际兴趣。实际上,独特的Toislped是它将研究人员从学术界,电路,微型架构和架构,数字和模拟设计,系统设计和软件中携带不同的背景,具有一个共同的研究涉及:节能设计。我们认为,即使在诸如ISSCC,DAC和ISCA等更广泛的会议中,这种关键的属性也仍然存在。 isldprovides一个关于跨越多层纪念的思想的生动交流的论坛,旨在解决同样的挑战。

今年我们收到了204份提交。许多人感谢所有提交论文的父亲:他们的工作是The Misposmposium变得如此成功的原因。我们能够接受全面的70个捐款(34%的接受):56普通文件和14个纸张。常规论文有6页在诉讼程序中有4页在诉讼程序中有4页。电路和技术领域的势力较好,尺寸型号,平台,软件领域继续享受塞拉皮德的增长。我们还拥有一项优秀的科威特,全体会议和嵌入式教程扬声器计划。嵌入式详细信息介绍了某些关键的新问题,因为我们继续缩小功能和晶体管。这是曾经作为二阶的小型效果的暴政。泄漏和制造Variations现在是确定高性能设计的关键属性的宏观效果。主题演讲和全体会议扬声器带来了工业经验的敬畏,并处于晶体管,建筑勘探平台水平的禁止功耗的最前沿。学生设计比赛的获奖者周二早上有特别会议(他们的论文不包括诉讼程序)。每个选定的设计条目都将呈现出业界赞助的现金奖。

许多人感谢纸质评论,纸张选择和会议组织的所有努力技术委员会。技术计划委员会还有帮助其他辅导。我们还要感谢他们的贡献。这一年我们有一个盲目审查的过程,这效果很好。 TheThnical计划委员会于4月在UC-Irvine Campus的核实中遇到了。与经济限制,我们有一个非常大的出席。谢谢您对研讨会的承诺。还要感谢组织委员会的全部努力工作:Vijay Narayanan作为财务主管,Payamheydari作为LocalArrangements椅子,Mahmut Kandemir和Jihong Kim作为PublicityChairs,David Scott担任设计比赛椅,戴安娜马拉库斯船椅。感谢Bhunia和Animesh Datta塑造了基于Web的纸质提交的塑造。讨论会从英特尔,德克萨斯乐器,剧情,序列设计,IBM,岩浆设计自动化,Andcadence中获取了慷慨的财政支持。

我们将特别喜欢确认加利福尼亚州加州大学的财务支持研究计划。这项财政支持在帮助减少研讨会注册费时批评。

ISLPED由ACM SIGDA和IEEE电路和系统社会赞助。它从IEEESOLID状态电路协会和IEEE电子设备协会获得技术共同赞助。最后,我们要感谢您,观众和读者对此研讨会的兴趣和支持。我们希望你能找到讨论会的刺激和乐于助人。我们很高兴的评论和建议。

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