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Algorithms and Architectures for Parallel Processing

7th International Conference, ICA3PP 2007, Hangzhou, China, June 11-14, 2007, Proceedings

  • Conference proceedings
  • © 2007

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Editors:
  1. Hai Jin
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  2. Omer F. Rana
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  3. Yi Pan
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  4. Viktor K. Prasanna
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Part of the book series: Lecture Notes in Computer Science (LNCS, volume 4494)

Part of the book sub series: Theoretical Computer Science and General Issues (LNTCS)

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Conference proceedings info: ICA3PP 2007.

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About this book

Parallel and distributed computing in the 1980s and 1990s had great in?uence onapplication developmentin science, engineering andbusiness computing. The improvements in computation and communication capabilities have enabled the creation of demanding applications in critical domains such as the environment, health, aerospace, and other areas of science and technology. Similarly, new classesofapplicationsareenabledbytheavailabilityofheterogeneouslarge-scale distributed systems which are becoming available nowadays (based on techno- giessuchasgridandpeer-to-peersystems).Parallelcomputingsystemsexploita large diversity of computer architectures, from supercomputers, shared-memory or distributed-memory multi processors, to local networks and clusters of p- sonal computers. With the recent emergence of multi core architectures, parallel computing is now set to achieve “mainstream” status. Approaches that have been advocated by parallelcomputing researchersin the past are now being utilized in a number of software libraries and hardware systems that are available for everyday use. Parallel computing ideas have also come to dominate areas such as multi user gaming (especially in the development of gaming engines based on “cell” arc- tectures) – often ignored by many “serious” researchers in the past, but which now are set to have a growing user base of tens of millions across the world. In recent years, focus has also shifted to support energy e?ciency in com- tation, with some researchers proposing a new metric of performance based on Flops/Watt.

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Table of contents (44 papers)

  1. Front Matter

    Download chapter PDF

  2. Keynote Speech

    1. RSM-Based Gossip on P2P Network

      • Hai Zhuge, Xiang Li
      Pages 1-12

  4. Track 1: Parallel Algorithms

    1. A Lazy EDF Interrupt Scheduling Algorithm for Multiprocessor in Parallel Computing Environment

      • Peng Liu, Guojun Dai, Tingting Fu, Hong Zeng, Xiang Zhang
      Pages 49-59

    2. Efficient Representations of Row-Sorted 1-Variant Matrices for Parallel String Applications

      • Carlos Eduardo Rodrigues Alves, Edson Norberto Cáceres, Siang Wun Song
      Pages 60-71

    3. PHC: A Rapid Parallel Hierarchical Cubing Algorithm on High Dimensional OLAP

      • Kongfa Hu, Ling Chen, Yixin Chen
      Pages 72-82

    4. A Time and Interaction Model for Open Distributed Timing Computation

      • Limin Shen, Shangping Ren, Feng Li, Yunfeng Mu
      Pages 83-94

    5. Efficient Linkable Ring Signatures and Threshold Signatures from Linear Feedback Shift Register

      • Xiangxue Li, Dong Zheng, Kefei Chen
      Pages 95-106

    6. An Implementation of Parallel Eigenvalue Computation Using Dual-Level Hybrid Parallelism

      • Yonghua Zhao, Xuebin Chi, Qiang Cheng
      Pages 107-119

    7. An Improved Algorithm for Alhusaini’s Algorithm in Heterogeneous Distributed Systems

      • Jianwei Liao, Jianqiao Yu
      Pages 120-130

  5. Track 2: Parallel Architecture

    1. Fuzzy-Grey Prediction Based Dynamic Failure Detector for Distributed Systems

      • Dong Tian, Shuyu Chen, Taiping Mao
      Pages 131-141

    2. A Two-Level Directory Organization Solution for CC-NUMA Systems

      • Guoteng Pan, Qiang Dou, Lunguo Xie
      Pages 142-152

    3. A Framework of Software Component Adaptation

      • Xiong Xie, Weishi Zhang
      Pages 153-164

    4. A Parallel Infrastructure on Dynamic EPIC SMT

      • Qingying Deng, Minxuan Zhang, Jiang Jiang
      Pages 165-176

    5. The Thread Migration Mechanism of DSM-PEPE

      • Federico Meza, Cristian Ruz
      Pages 177-187

    6. EH*RS: A High-Availability Scalable Distributed Data Structure

      • Xueping Ren, Xianghua Xu
      Pages 188-197

    7. Optimizing Stream Organization to Improve the Performance of Scientific Computing Applications on the Stream Processor

      • Ying Zhang, Gen Li, Xuejun Yang, Kun Zeng
      Pages 198-209

    8. A Parallel Architecture for Motion Estimation and DCT Computation in MPEG-2 Encoder

      • Jian Huang, Hao Li
      Pages 210-221
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