Edited by: P. Iványi and B.H.V. Topping
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Preliminaries |
DOMAIN DECOMPOSITION METHODS IN ENGINEERING COMPUTATIONS SPECIAL SESSION ORGANISED BY J. KRUIS AND V. VONDRAK |
1 |
Parallelization of the Total-FETI-1 Algorithm for Contact Problems using PETSc
D. Horák and Z. Dostál |
2 |
The Inexact Solution of the Primal Part in the Domain Decomposition Method
M. Menšík |
3 |
TBETI and TFETI Algorithms for Contact Shape Optimization Problems
V. Vondrák, T. Kozubek, M. Sadowská and Z. Dostál |
4 |
The OOSol Scalable Library Based on a Domain Decomposition Method
D. Horák, P. Kabelíková, M. Merta and V. Vondrák |
5 |
An Efficient Parallel Solver for Elasto-Plastic Problems of Mechanics
M. Cermák, T. Kozubek and A. Markopoulos |
6 |
Newton-Krylov-Schur Method with a Nonlinear Localization: Parallel Implementation for Post-Buckling Analysis of Large Structures
J. Hinojosa, O. Allix, P.-A. Guidault and Ph. Cresta |
7 |
Nonlinear Analysis of Masonry Structures using Mesoscale Partitioned Modelling
L. Macorini and B.A. Izzuddin |
8 |
Parallel Computing of a Prestressed Concrete Containment Structure
T. Koudelka, T. Krejcí and J. Kruis |
9 |
Efficient Tools for Solution of Coupled Heat and Moisture Transfer
J. Kruis and J. Madera |
10 |
A Three-Scale Domain Decomposition Method for the Simulation of Delamination and Buckling Interaction in Composites
K. Saavedra, O. Allix and P. Gosselet |
11 |
Simulation of Moving Particles on a Backward Acting Grate using Implicit Integration and Domain Decomposition
K. Samiei, G. Berhe and B. Peters |
12 |
Parallel Algorithms for Particle-Turbulence Two-Way Interactions in a Weakly Compressible Jet by Direct Numerical Simulation
D.B. Li, J.R. Fan, F.X. Yi, S.Q. Lu and K.F. Cen |
13 |
A Parallel Computation of a Characteristic Curve Method in a Domain Decomposition System
Q. Yao, M. Ogino and H. Kanayama |
14 |
Automatic Decomposition of Discretized Surfaces for Parallel Processing
S.H. Lo, H. Borouchaki and P. Laug |
15 |
Parallelization of Isogeometric Analysis on Memory Distributed Computing Platforms
D. Rypl and B. Patzák |
16 |
Parallelisation of Nonlinear Structural Analysis using Dual Partition Super-Elements
G.A. Jokhio and B.A. Izzuddin |
17 |
An External Code Coupler based on a Subdomain Decomposition Method Extended to Non-Linear Cases
A. Batti, M. Brun, A. Gravouil and A. Combescure |
GPGPU COMPUTING SYSTEMS SPECIAL SESSION ORGANISED BY B.N. CHETVERUSHKIN |
18 |
GPU-Based Two-Dimensional Flow Simulation Steering using Coherent Structures
M. Ament, S. Frey, F. Sadlo, T. Ertl and D. Weiskopf |
19 |
An Explicit Algorithm for Porous Media Flow Simulation using GPUs
D.N. Morozov, B.N. Chetverushkin, N.G. Churbanova and M.A. Trapeznikova |
20 |
DIANA: A Device Abstraction Framework for Parallel Computations
A. Panagiotidis, D. Kauker, S. Frey and T. Ertl |
21 |
Parallel Computing and Challenges for Thin Film Optics Technology
A.V. Tikhonravov and M.K. Trubetskov |
22 |
Efficient Finite Element Geometric Multigrid Solvers for Unstructured Grids on Graphics Processing Units
M. Geveler, D. Ribbrock, D. Göddeke, P. Zajac and S. Turek |
23 |
The Scalable GPU-based Parallel Algorithm for Uniform Pseudorandom Number Generation
M.V. Iakobovski, M.A. Kornilina and M.N. Voroniuk |
24 |
GPU-Based Parallel Nonlinear Conjugate Gradient Algorithms
V. Galiano, H. Migallón, V. Migallón and J. Penadés |
25 |
Numerical Simulation of Continuous Media Problems on Hybrid Computer Systems
B.N. Chetverushkin, E.V. Shilnikov and A.A. Davydov |
26 |
Scalable Implementation of the Two-Dimensional Triangular Discrete Element Method on a GPU Platform
L. Zhang, S.F. Quigley and A.H.C. Chan |
27 |
A Program Suite for Gas Dynamic Problems
S. Polyakov, T. Kudryashova, A. Sverdlin, A. Kononov and O. Kosolapov |
28 |
Parallel Simulation of Shield Tunnelling on Distributed Memory and GPGPU Systems
J. Stascheit, M. Eitzen and G. Meschke |
29 |
Processing Cryptanalysis of Hash Functions using Graphics Processing Units
J. Gómez, C. Gil, F.G. Montoya, A.L. Márquez, G. Molero and A. Alcayde |
HIGH PERFORMANCE GREEN COMPUTING SPECIAL SESSION ORGANISED BY P. BOUVRY AND S. KHAN |
30 |
Anti-Load Balancing to Reduce Energy Consumption
C. Thiam and G. Dacosta |
31 |
Scheduling Problems resulting from Limiting Computing Power
F. Guinand |
32 |
A Model for Energy-efficient Task Mapping on Milliclusters
F. Pinel and P. Bouvry |
33 |
Energy Consumption Optimisation in HPC Service Centres
A. Kipp, L. Schubert, J. Liu, T. Jiang, W. Christmann and M. vor dem Berge |
34 |
The Need for a Global CO2 Lifecycle Model in IT Service Centers
J. Liu |
35 |
Virtual Machine Migration: A Comparative Study of Storage Viewpoints
A. Ortiz, F. Thiebolt, P. Stolf, G. Da Costa and A. Sayah |
PARALLEL PRECONDITIONING TECHNIQUES SPECIAL SESSION ORGANISED BY D. TROMEUR-DERVOUT |
36 |
Parallel Preconditioning and Modular Finite Element Solvers on Hybrid CPU-GPU Systems
V. Heuveline, D. Lukarski, C. Subramanian and J.-P. Weiss |
37 |
Parallel Preconditioners for Saddle-Point Problems
M. Ferronato, C. Janna and G. Gambolati |
38 |
Parallel Implementation of a Preconditioner Based on Sub-Structuring
P.R.B. Devloo, F.A.M. Menezes, T. Dias dos Santos and N. Shauer |
39 |
A Study of ILU Factorization for Schwarz Preconditioners with Application to Computational Fluid Dynamics
F. Pacull, S. Aubert and M. Buisson |
40 |
Parallel Algebraic Domain Decomposition Solver for the Solution of Augmented Systems
E. Agullo, L. Giraud, A. Guermouche, A. Haidar and J. Roman |
41 |
Numerical Investigations and Parallel Implementation of the ARAS2 Preconditioning Technique
T. Dufaud and D. Tromeur-Dervout |
COUPLING TECHNIQUES FOR MULTI-SCALE AND MULTI-PHYSICS APPLICATIONS SPECIAL SESSION ORGANISED BY S. ROLLER AND M.M. RESCH |
42 |
The Lattice Boltzmann Method for Fluid-Structure Interaction Phenomena
S. Geller, C. Janssen, M. Krafczyk, S. Kollmannsberger and E. Rank |
43 |
Multi-Scale Modelling by Coupling Three-Dimensional Computational Fluid Dynamics Codes with System Models
P. Bayrasy, J.V. Peetz and K. Wolf |
44 |
Distributed Coupling for Multi-Scale Simulations
H. Klimach and S. Roller |
45 |
High Performance Communication Framework for Large Scale Workflows
X. Wang, U. Küster, M. Resch and E. Focht |
46 |
MuPIF: A Distributed Multi-Physics Integration Tool
B. Patzák |
PARALLEL GENETIC ALGORITHMS: METHODS AND APPLICATIONS SPECIAL SESSION ORGANISED BY B.H.V. TOPPING AND P. IVÁNYI |
47 |
Parallel Memetic Algorithms for Multi-Objective Bin-Packing Problems
A. Fernández, C. Gil, A.L. Márquez, R. Baños, M.G. Montoya and M. Parra |
48 |
Parallel Direct Search in Structural Optimization
J.B. Cardoso, P.G. Coelho and A.L. Custódio |
49 |
A Cooperative Multi-Objective Island Parallel Model for Wind Farm Planning
A.L. Márquez, C. Gil, R. Baños, M.G. Montoya, F.G. Montoya and F. Manzano-Agugliaro |
PATTERN RECOGNITION AND DATA MINING WITH CLOUDS, GRIDS, AND WIRELESS SENSOR NETWORKS SPECIAL SESSION ORGANISED BY A.I. KHAN AND A.H.M. AMIN |
50 |
Spatio-Temporal Forest Fire Detection using a Distributed Hierarchical Graph Neuron within an Integrated Wireless Sensor Network-Grid Environment
A.H. Muhamad Amin and A.I. Khan |
ENGINEERING SOFTWARE REFACTORING FOR THE (UBIQUITOUS) PARALLEL COMPUTING ERA SPECIAL SESSION ORGANISED BY J. MAGIERA |
51 |
Refactoring of the Basic BLAS Library Routines for Automatic Optimal Performance on Different Multicore PC Platforms
J. Magiera and M. Chmielik |
SERVICE ORIENTED COMPUTING |
52 |
Providing QoS through Service Level Agreements in High Performance Computing
R. Kübert |
HYBRID PARALLELISATION |
53 |
Framework for the Hybrid Parallelisation of Simulation Codes
R.-P. Mundani, M. Ljucovic and E. Rank |
PERFORMANCE TUNING |
54 |
Timing Collective Communications in an Empirical Optimization Framework
K. Benkert, E. Gabriel and S. Roller |
PARALLEL SOLVERS |
55 |
Proper Orthogonal Decomposition in Decoupling Dynamical Systems
T. Pham and D. Tromeur-Dervout |
56 |
A Comparison of Different Parallel Techniques Applied to the Solution of the Navier-Stokes Equations
J. Cotela, R. Rossi, E. Oñate and P. Dadvand |
57 |
A Graph-Grammar Based Multi-Frontal Parallel Direct Solver for One, Two and Three-Dimensional Partial Differential Equations
P. Obrok and M. Paszynski |
58 |
An Efficient Scalable Solver for the Global Ocean Sea-Ice Model MPIOM
F. Wilhelm, P. Adamidis and V. Heuveline |
59 |
Design, Analysis, Implementation and Deployment of a High-Performance, Out-of-Core, Parallel, Dense Direct Linear Solver
B. Lizé and G. Sylvand |
CLUSTER COMPUTING |
60 |
A Simultaneous Solution for General Linear Equations with Subspace Decomposition
G. Molnárka and N. Varjasi |
MASSIVELY PARALLEL COMPUTATIONS |
61 |
Making Massively Parallel Computations Available for End Users
H. Digonnet |
PARALLEL MESH GENERATION |
62 |
Efficient Lattice Modelling of the Fracture Process Zone Extent in Cementitious Composites
P. Frantík, V. Veselý and Z. Keršner |
63 |
An Automatic Joining Mesh Approach for Computational Fluid Dynamics to Reach a Billion Cell Simulations
Y. Fournier, J. Bonelle, P. Vezolle, C. Moulinec and A.G. Sunderland |
64 |
Parallel CAD Surface Meshing
P. Laug and H. Borouchaki |
MULTIGRID METHODS |
65 |
Multithreads and MPI Adaptive AMG Linear Solver for Parallel Navier-Stokes Approaches
P. Vezolle, Y. Fournier, C. Moulinec and N. Tallet |
OBJECT ORIENTED METHODS AND FRAMEWORKS |
66 |
Enabling High Performance Computing for Java Applications using the Message-Passing Interface
A. Cheptsov, M. Assel, B. Koller and G. Gallizo |
67 |
Finite Element based Structural Optimization using Object-Oriented Parallel Programming
H. Masching, M. Fischer, M. Firl and K.-U. Bletzinger |
68 |
General Parallel Finite and Spectral-Element Oriented C/C++ Framework
A.D. Otero and J. Quinteros |
PARTICLE SIMULATIONS |
69 |
Multiparticle Collision Dynamics on the Cell Broadband Engine using CellSs
A. Schiller, G. Sutmann, L. Martinell, P. Bellens and R. Badia |
MONTE CARLO SIMULATIONS |
70 |
A Provident Parallel Dynamic Monte Carlo Method
Y.H. Lau |
71 |
Stochastic Response of Reinforced Concrete Structures to Technical Seismicity
J. Brozovsky and P. Konecny |
72 |
Parallel Wolff Cluster Algorithm for n-Component Vector Spin Models
J. Kaupuzs, R.V.N. Melnik and J. Rimšans |
IMAGE PROCESSING |
73 |
P2P-Based Image Recognition for Component Tracking in a Large Engineering Domain
A. Amir, A.H.M. Amin and B. Srinivasan |
74 |
Parallel Matrix Algorithms for Image Processing
P. Kotas, V. Vondrák, P. Praks and M. Stachon |
VISUALIZATION |
75 |
VisPartDEM: Grid Visualization Tool for Particle Systems
A. Kaceniauskas, R. Pacevic, D. Markauskas and R. Kacianauskas |
ERROR PROPAGATION |
76 |
Estimation of Error Propagation in Multiprocessor Computation
A. Iványi and M.M. Iványi |
77 |
Coupling HPC and Numerical Validation: Accurate and Efficient Simulation of Large-scale Hydrodynamic Events
C. Moulinec, C. Denis, N. Durand, R.W. Barber, D.R. Emerson, X.J. Gu, E. Razafindrakoto, R. Issa and J.-M. Hervouet |
SCIENCE GATEWAYS FOR GRID AND CLOUD SYSTEMS |
78 |
A New Framework to Build Science Gateways based on EnginFrame and Liferay
R. Rotondo, R. Barbera, G. La Rocca, A. Falzone, P. Maggi and N. Venuti |
79 |
Migrating the TeraGrid User Portal and Website to Liferay
M. Dahan, S. Mock, P. Nuthulapati, R. Dooley, P. Hurley and M. Hanlon |
80 |
New Science Gateways for Advanced Computing Simulations and Visualization using the Vine Toolkit
P. Dziubecki, P. Grabowski, M. Krysinski, T. Kuczynski, K. Kurowski, T. Piontek and D. Szejnfeld |
81 |
The Swiss Grid Proteomics Portal
P. Kunszt, L. Espona Pernas, A. Quandt, E. Schmid, E. Hunt and L. Malmström |
GRID TECHNOLOGY |
82 |
Computation of Protein Separation using a Grid Environment
T. Garcia, M. Chau and P. Spiteri |
83 |
Parallel Solution of the Sequence of Obstacle Problems in a Grid Environment
M. Chau, R. Couturier, J. Bahi and P. Spiteri |
84 |
A Distributed Abstract State Machine for Grid Systems: A Preliminary Study
A. Bianchi, L. Manelli and S. Pizzutilo |
85 |
Deploying SAP Services on a Grid
D. Benenati, S. Cavalieri and E. Mastriani |
86 |
A Grid-Based Computational Platform for Simulation of Structural Systems with Detailed Responses
Y.C. Lin and H.M. Chen |
CLOUD COMPUTING |
87 |
Smart Job Scheduling for High-Performance Cloud Computing Services
N. Muhtaroglu and I. Ari |
88 |
UnaGrid/UnaCloud: A Desktop Grid and Cloud Computing Solution
H.E. Castro, M.J. Villamizar and E.E. Rosales |
89 |
Cloud Computing as an Information Technology Infrastructure for Civil Engineering SMEs
M. Dolenc and R. Klinc |
COMPUTATIONAL FLUID DYNAMICS |
90 |
Direct Numerical Simulation of a Turbulent Lifted Jet Flame Experiment by Means of Parallel Computing
F.X. Yi, D.B. Li, S.Q. Lu, J.R. Fan and K. Luo |
91 |
Parallel Paradigm for Ultraparallel Multi-Scale Brain Blood Flow Simulations
L. Grinberg and G.E. Karniadakis |
92 |
Design and Performance Aspects of a Computational Fluid Dynamics Computational Steering Application
P. Wenisch, O. Wenisch and E. Rank |
ENGINEERING APPLICATIONS |
93 |
Threat Detection in Urban Water Distribution Systems with Simulations Conducted in Grids and Clouds
G. von Laszewski, L. Wang, F. Wang, G.C. Fox and G.K. Mahinthakumar |
94 |
MPI/OpenMP Parallelisation of the Harmonic Coupled Finite-Strip Method
M. Nikolic, D.D. Milašinovic, Z. Zivanov, P. Maric, M. Hajdukovic, A. Borkovic and I. Milakovic |
95 |
Parallel Real Time Computation of Large Scale Pedestrian Evacuations
B. Steffen, U. Kemloh, M. Chraibi and A. Seyfried |
96 |
Finite Element High-Performance Code for Seismic Wave Propagation in Heterogeneous Media
C.J. Martins |
97 |
Worker-Based Simulation for Subsea Pipeline Design Software
J. Muylle, B.H.V. Topping and R. Denis |
End matter / Index |