EWOMP 2002 papers

Tim Mattson, Sanjiv Shah (Intel)

• Advanced Topics in OpenMP (Slides)

Eduard Ayguade (CEPBA), Mats Brorsson (KTH), Sven Karlsson (KTH), Xavier Martorell (CEPBA), Marc Gonzalez (CEPBA)

• OpenMP Implementation and Performance Issues

N. Sueyasu, H. Iwashita, K. Hotta, M. van Waveren, K. Miura

• Scalability of SPEC OMP on Fujitsu PRIMEPOWER (Slides)

R. Rabenseifner, G. Wellein

• Communication and Optimization Aspects of Parallel Programming Models on Hybrid Architectures (Slides)
  

E. Su, X. Tian, M. Girkar, H. Grant, S. Shah, P. Peterson

• Compiler Support of the Workqueuing Execution Model for Intel SMP Architectures (Slides)
  

A. J. Dorta, J. A. Gonzalez, C. Rodriguez, F. de Sande

• Towards Structured Parallel Programming (Slides)

C. Calonaci, P. Malfetti, S. Campagna, P. Faggian, D. Ronzio

• Parallelization of the weather forecast code Mephysto (Slides)

G. Gazzaniga, P. Lanucara, P. Pietra, S. Rovida, G. Sacchi

• Rapid parallelization of the drift-diffusion model for semiconductor devices (Slides)

Z. Habbas, M. Krajecki, D. Singer

• Parallelizing Combinatorial Search with a Shared Memory (Slides)

B. Mohr, A. Mallony, H-C. Hoppe, F. Schlimbach, G. Haab, S. Shah

• A Performance Monitoring Interface for OpenMP (Slides)

Invited talk

Erik Hagersten (Univ. Uppsala)

• Present and future of SMP architectures (Slides)

D. an Mey, T. Haarmann, W. Koschel

• Pushing Loop-Level Parallelization to the Limit (Slides)

F. Massaioli, G. Amati

• Achieving high performance in a LBM code using OpenMP (Slides)

G. Bella, S. Filippone, N. Rossi, S. Ubertini

• Using OpenMP on a Hydrodynamic Lattice-Boltzmann Code (Slides)

R. Blikberg

• Parallelizing AMRCLAW by nesting techniques (Slides)

E. Artiaga, N. Navarro, E. Ayguade, J. Labarta

• Dynamic Loop Schedulers and Memory Behavior (Slides)

M. Bull, C. Johnson

• Data Distribution, Migration and Replication on a cc-NUMA Architecture (Slides)

Y. Sakae, S. Matsuoka, M. Sato, H. Harada

• Towards Dynamic Load Balancing Using Page Migration and Loop Re-partitioning on Omni/SCASH (Slides)