22. HPCS 2008: Québec City, Canada

• Gregory Vance Wilson:
  High-Performance Computing Considered Harmful. 1
  
• Mark Potse, Alain Vinet:
  Large-Scale Integrative Modeling of the Human Heart. 2
  
• Tom Woo:
  How Do We Simulate Things at the Scale of Molecules and Electrons? An Introduction to the Technology and HPC Aspects of Computational Chemistry. 3
  
• Emmanuel Lorin, André D. Bandrauk:
  Efficient Parallel Computing for Laser-Gas Quantum Interaction and Propagation. 4-8
  
• David Sénéchal:
  The Variational Cluster Approximation for Hubbard Models: Practical Implementation. 9-15
  
• Zhanyu Ning, Hong Guo:
  MATDCAL: A First Principles Package for Nanoelectronics Modeling. 16
  
• Denise M. Koch, Ann M. English, Gilles H. Peslherbe:
  Computational Investigation of Protein Chemistry: “S-Nitrosohemoglobin”. 17
  
• Guillaume Lamoureux:
  Computational Enzymology: Promises and Challenges. 18
  
• Albert Gazendam:
  Building and Refining General Purpose Computing Clusters in an Emerging HPCOriented Research Environment. 19-25
  
• Abhishek Kulkarni, Andrew Lumsdaine:
  Stateless Clustering Using OSCAR and PERCEUS. 26-32
  
• Darius Buntinas, George Bosilca, Richard L. Graham, Geoffroy Vallée, Gregory R. Watson:
  A Scalable Tools Communications Infrastructure. 33-39
  
• Geoffroy Vallée, Thomas Naughton, Stephen L. Scott:
  Proposal for Modifications to the OSCAR Architecture to Address Challenges in Distributed System Management. 40-46
  
• Paul Greidanus, Gordon Willem Klok:
  Using OSCAR to Win the Cluster Challenge. 47-51
  
• Tanvire Elahi, Cameron Kiddle, Rob Simmonds:
  Models for Grid Applications and Jobs. 52-58
  
• Nicolas Dubé, Marc Parizeau:
  Utility Computing and Market-Based Scheduling: Shortcomings for Grid Resources Sharing and the Next Steps. 59-68
  
• Nayden Markatchev, Cameron Kiddle, Rob Simmonds:
  A Framework for Executing Long Running Jobs in Grid Environments. 69-75
  
• Andre Charbonneau, Victor Terskikh:
  SpectroGrid: Providing Simple Secure Remote Access to Scientific Instruments. 76-82
  
• Hugh Couchman:
  Computational Astrophysics. 83
  
• Michel Vetterli:
  ATLAS Computing: Dealing with Petabytes of Data per Year. 84
  
• Howard Trottier:
  Quantum Chromodynamics on a Space-Time Lattice. 85
  
• Matthias Troyer:
  Simulating Exotic Quantum States of Matter. 86
  
• Normand Mousseau:
  Simuler la Dynamique des Protéines: Simulation Protein Dynamics. 87
  
• Meilian Xu, Parimala Thulasiraman, Ruppa K. Thulasiram:
  Exploiting Data Locality in FFT Using Indirect Swap Network on Cell/B.E. 88-94
  
• Mohammad J. Rashti, Ahmad Afsahi:
  Improving Communication Progress and Overlap in MPI Rendezvous Protocol over RDMA-enabled Interconnects. 95-101
  
• Angela C. Sodan, Arun Kanavallil, Bryan Esbaugh:
  Group-Based Optimizaton for Parallel Job Scheduling with Scojo-PECT-O. 102-109
  
• Rajendra Singh, Peter Graham:
  Performance Driven Partial Checkpoint/Migrate for LAM-MPI. 110-116
  
• Yun Guan, Jan Verschelde:
  Parallel Implementation of a Subsystem-by-Subsystem Solver. 117-123
  
• Amine Ben El Haj Ali, Azzeddine Soulaïmani:
  Combined Functional and Geometrical Decompositions for Multiphysics Problems with Application to Fluid-Structure Interaction. 124-130
  
• É. Chamberland, C. Robitaille, A. Fortin:
  Performance Measurements of a Contact Searching Algorithm for Solving Large Deformation Problems. 131
  
• Hermann J. Eberl, Nasim Muhammad, Rangarajan Sudarsan:
  Computing Intensive Simulations in Biofilm Modeling. 132-138
  
• Jiaying Xu, Rangarajan Sudarsan, Gerarda A. Darlington, Hermann J. Eberl:
  A Computational Study of External Shear Forces in Biofilm Clusters. 139-145
  
• Mohammad I. Daoud, James C. Lacefield:
  Parallel Three-Dimensional Simulation of Ultrasound Imaging. 146-152
  
• Hugo Martel:
  High-Performance Chemodynamical Simulations of Galaxy Formation. 153
  
• Isaac Tamblyn, Stanimir A. Bonev:
  Exploring the High Pressure Phase Diagrams of Light Elements Using Large Scale Ab-initio Molecular Dynamics Simulations. 154-160
  
• Chris Payne, Denice Deatrich, Simon Liu, Steve McDonald, Réda Tafirout, Rodney Walker, Andrew Wong, Michel Vetterli:
  High Performance Networks for the ATLAS Tier-1 @ TRIUMF. 161-166
  
• Denice Deatrich, Simon Liu, Chris Payne, Réda Tafirout, Rodney Walker, Andrew Wong, Michel Vetterli:
  Managing Petabyte-Scale Storage for the ATLAS Tier-1 Centre at TRIUMF. 167-171
  
• Denice Deatrich, Simon Liu, Chris Payne, Réda Tafirout, Rodney Walker, Andrew Wong, Michel Vetterli:
  Grid Infrastructure and Large Scale Production for ATLAS. 172-176