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Exact combinational logic synthesis and non-standard circuit design

机译:精确的组合逻辑综合和非标准电路设计

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We are pleased to introduce the technical program of the 2008 ACM Conference on Computing Frontiers, the fifth in the series. The conference was established as a forum to present and discuss explorations of territory at the edge of computing, perhaps risky, but intellectually challenging and with the potential to substantially improve the state of the art. In this context, papers have been solicited and submitted on theory, methods, technologies, and implementations concerned with innovations in computing paradigms, computational models, architectural paradigms, computer architectures, development environments, compilers, and operating environments. >This year's program includes 30 technical papers selected out of 110 submissions (a 27% acceptance rate). There were more submissions of high quality and relevance than could be accommodated in a three-day technical program. To capture a wider spectrum of contributions, a number of authors were invited to present their work in a poster session. This session will enrich the program and will provide further occasions of lively debate on exciting and innovative ideas. Overall, the conference will cover a broad range of topics. On the architectural side, there are papers on chip multiprocessors, graphic processing units, and reconfigurable architectures. A number of contributions explore how algorithms in a variety of application domains can take advantage of these novel platforms. A few presentation will consider the challenge of compiling for innovative architectures. Other papers focus on interesting programming paradigms and their hardware support. >The technical program is further enriched by three invited keynote talks. Keshav Pingali will explore the vast, important, but largely uncharted territory of irregular parallel programs, where considerable progress is needed before the performance potential of current and future hardware can be fully harnessed. Valentina Salapura will assess the state of the art of high-end supercomputingand its scalability to ever higher performance, based on the experience of the novel Blue Gene/P system. Raffaele Tripiccione will report on the innovative JANUS system, illustrating how, for certain classes of scientific problems, reconfigurable architectures can deliver very substantial performance improvements over traditional microprocessors. >A scientific event can only be as good as its scientific content. Thus, for the excellent technical program of the conference, we want to express our appreciation to the large number of authors who submitted their work to Computing Frontiers 2008 as well as to the speakers who have accepted to deliver keynote talks. Selecting a subset of the submissions under the scientific as well as the logistic constraints of the conference is the hard, delicate job of the Program Committee. We are truly thankful for the terrific work done by the Computing Frontiers 2008 program committee members as well as by the referees enlisted by them in the process. This effort has resulted in nearly 400 reviews, which have been crucial to the selection process and, equally importantly, have provided a very substantial amount of feedback to the authors, which we hope they have found useful and constructive. >It goes without saying that the General Chair has a significant impact on the overall success of a conference. However, we do want to take this opportunity to especially thank our General Chair, Alex Ramirez, for the extremely generous help he has given us on all matters, large and small, from advice on how to strengthen the tradition of this young conference to the effective supervision of the submission site, which ensured a smooth submission and review process. >We are proud to have a Stamatis Vassiliadis Best Paper Award, established with the support of the Technical University of Delft. The award will recognize the best contribution to the conference and at the same time honor the memory of Stamatis, a founder of Computing Frontiers and a dear colleague, tragicallytaken from us by a sudden illness last year. >Two workshops, respectively on "memory access on future processors" and on "radiation effects and fault tolerance in nanometer technologies" will be co-located with Computing Frontiers 2008. A special one-day session will present projects funded under the first Computing System call in the 7th Framework Program of the European Union. These three events will provide further opportunities for exchanges and debates on relevant topics and enrich the technical experience in Ischia.
机译:我们很高兴地介绍2008年ACM计算前沿会议的技术计划,该会议是该系列的第五次会议。该会议的建立是一个论坛,用于介绍和讨论计算边缘的领域探索,这可能是冒险的,但在智力上具有挑战性,并且有可能显着改善现有技术水平。在这种情况下,已征求并提交了与计算范例,计算模型,体系结构范例,计算机体系结构,开发环境,编译器和操作环境中的创新有关的理论,方法,技术和实现的论文。

今年的计划包括从110份意见书中选出30篇技术论文(录取率为27%)。与为期三天的技术计划相比,提交的高质量和相关性更高的文档数量更多。为了获得更广泛的贡献,邀请了许多作者在海报会议上介绍他们的工作。本届会议将丰富该计划,并将提供更多关于令人振奋和创新思想的生动辩论的场合。总体而言,会议将涵盖广泛的主题。在体系结构方面,有关于芯片多处理器,图形处理单元和可重构体系结构的论文。许多贡献探索了各种应用领域中的算法如何利用这些新颖的平台。一些演示将考虑为创新架构进行编译的挑战。其他论文集中在有趣的编程范例及其硬件支持上。

该技术程序将通过三场主题演讲进一步丰富。 Keshav Pingali将探索不规则并行程序的广阔,重要但基本上未知的领域,在充分利用当前和未来硬件的性能潜能之前,需要取得重大进展。 Valentina Salapura将基于新型Blue Gene / P系统的经验,评估高端超级计算的技术水平以及其对更高性能的可扩展性。 Raffaele Tripiccione将报告创新的JANUS系统,说明在某些类型的科学问题上,可重构体系结构如何能够比传统微处理器带来非常显着的性能改进。

科学事件只能与科学事件一样好。内容。因此,对于本次大会的出色技术计划,我们要感谢向2008年《计算机前沿》提交工作的众多作者以及接受发表主旨演讲的演讲者。在会议的科学性和后勤性的约束下,选择提交的子集是计划委员会的艰苦而微妙的工作。对于计算机前沿2008计划委员会成员以及他们在过程中征募的裁判所做的出色工作,我们深表谢意。这项工作已导致近400篇评论,这些评论对选拔过程至关重要,同样重要的是,它为作者提供了大量反馈,我们希望他们能对他们有所帮助和建设性。

我们很荣幸获得由Delft技术大学支持的Stamatis Vassiliadis最佳论文奖。该奖项将表彰对会议做出的最大贡献,同时将纪念Stamatis,他是一位计算前沿的创始人和一位亲爱的同事,去年因突发疾病不幸从我们这里丧生。

两次研讨会分别与“未来处理器的内存访问”和“纳米技术的辐射效应和容错性”分别与Computing Frontiers 2008并存。为期一天的特别会议将介绍在第一个“计算系统”呼叫下资助的项目。欧盟第七框架计划。这三项活动将为有关主题的交流和辩论提供进一步的机会,并丰富伊斯基亚的技术经验。

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