会议名称：2007年并行处理算法和体系结构（ICA3PP07）国际会议
会议主办：华中科技大学 杭州电子科技大学
会议时间： 2007年6月11日－13日
会议地点： 中国杭州电子科技大学科技厅 中国杭州花港海航度假酒店
值此初夏来临之际，2007年并行处理算法和体系结构国际会议即将在美丽的杭州举行，经大会筹委会上下共同努力，会议的各项准备工作正按计划顺利进行。本次会议得到德国施普林格出版集团、国家自然基金委员会等单位的支持，由华中科技大学集群和网格计算实验室组织，华中科技大学和杭州电子科技大学共同承办。
本次会议将聚焦在计算机并行计算领域的最新发展和动向，包括并行处理算法、并行体系结构、网格计算、P2P技术和先进网络技术等专题。与会人员除了中国的大学和科研界的研究人员外，还包括美国、英国、德国、澳大利亚等多个国家的朋友，是一次学术交流与合作的盛会。会议共收录论文一百多篇，整个会议的论文集将由德国施普林格出版集团出版。
随着学校办学规模的扩大和办学层次的提高，杭州电子科技大学与国内外大学的交流在广度和深度上都有了长足的拓展。其中与华中科技大学在网格计算领域进行了多方面的合作与交流。本次会议就是在双方共同努力下举行的。我们相信，会议的顺利举行将极大的推进双方更进一步的交流与合作，推进我校在并行计算领域的研究，并提高我校在国内外的知名度。
2007年并行处理算法和体系结构国际会议的议程包括相关领域专家的特邀发言和相关专题上的分会场讨论。开幕式将在6月11日上午举行，并将由两位专家做特邀发言。
KEYNOTE 1:
Reconfigurable Computing and the von Neumann Syndrome
Reiner Hartenstein, Kaiserslautern University, Germany
Summary
Arthur Schopenhauer wrote: "Approximately every 30 years, we declare the scientific, literary and artistic spirit of the age bankrupt. In time, the accumulation of errors collapses under the absurdity of its own weight." However, mesmerized by the Gordon Moore Curve, we in computer science slowed down our own learning curve. Finally, after 60 years, we are witnessing the collapse of the spirit of the Mainframe Age. Heralded by numerous success stories of software to FPGA migrations, and, by the announcement of many-core microprocessors, disruptive technologies are guiding us to new horizons of affordable very high performance computing. The personal supercomputer is near. But we will have to pay a high price. For removing educational deficits we will have to question the fundamental mind set of application development. We need new qualifications and new programming tools following a dual-paradigm approach.
KEYNOTE 2:
RSM-based Gossip on P2P Network
Hai Zhuge, Chinese Academy of Sciences, China
Summary
Classification is a kind of basic semantics that people often use to manage versatile contents in daily life. Resource Space Model (RSM) is a semantic model for sharing and managing various resources using normalized classification semantics. Gossip-based peer-to-peer (P2P) techniques are reliable and scalable protocols for information dissemination. Incorporating RSM with Gossip-based techniques can synergy normalization and autonomy and forms a mechanism for improving the performance of unstructured peer-to-peer systems. Theoretical analysis and experiments validate the feasibility of the mechanism. This keynote will also introduce the Resource Space Model and Its applications.
详情参见会议网址：http://grid.hust.edu.cn/ica3pp07
