ICCS 2002: Amsterdam, The Netherlands

@proceedings{DBLP:conf/iccS/2002-2,
  editor    = {Peter M. A. Sloot and
               Chih Jeng Kenneth Tan and
               Jack Dongarra and
               Alfons G. Hoekstra},
  title     = {Computational Science - ICCS 2002, International Conference,
               Amsterdam, The Netherlands, April 21-24, 2002. Proceedings, Part
               II},
  booktitle = {International Conference on Computational Science},
  publisher = {Springer},
  series    = {Lecture Notes in Computer Science},
  volume    = {2330},
  year      = {2002},
  isbn      = {3-540-43593-X},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

Workshop Papers I

Computer Graphics and Geometric Modeling

• Vincent Jolivet, Dimitri Plemenos, Patrick Poulingeas:
  Inverse Direct Lighting with a Monte Carlo Method and Declarative Modelling. 3-12
  
• Victor A. Debelov, Igor M. Sevastyanov:
  Light Meshes - Original Approach to Produce Soft Shadows in Ray Tracing. 13-21
  
• Mariano Pérez, Marcos Fernández, Miguel Lozano:
  Adding Synthetic Detail to Natural Terrain Using a Wavelet Approach. 22-31
  
• Sang Hyun Seo, Dae Wook Kang, Young Sup Park, Kyung-hyun Yoon:
  The New Area Subdivision Methods for Producing Shapes of Colored Paper Mosaic. 32-41
  
• Martin Franc, Václav Skala:
  Fast Algorithm for Triangular Mesh Simplification Based on Vertex Decimation. 42-51
  
• Eugenio Roanes-Macías, Eugenio Roanes-Lozano:
  Geometric Determination of the Spheres Which Are Tangent to Four Given Ones. 52-61
  
• Medhi Elkouhen, Dominique Bechmann:
  Metamorphosis of Non-homeomorphic Objects. 62-71
  
• C. Cosín, Juan Monterde:
  Bézier Surfaces of Minimal Area. 72-81
  
• Joonghyun Ryu, Youngsong Cho, Deok-Soo Kim:
  Transformation of a Dynamic B-Spline Curve into Piecewise Power Basis Representation. 82-91
  
• Jian J. Zhang, Lihua You:
  Rapid Generation of C² Continuous Blending Surfaces. 92-101
  
• Brett Wilson, Eric B. Lum, Kwan-Liu Ma:
  Interactive Multi-volume Visualization. 102-110
  
• Oscar Belmonte, Inmaculada Remolar, José Ribelles, Miguel Chover, Marcos Fernández:
  Efficient Implementation of Multiresolution Triangle Strips. 111-120
  
• Imma Boada, Isabel Navazo:
  The Hybrid Octree: Towards the Definition of a Multiresolution Hybrid Framework. 121-130
  
• Xiaoyang Mao, Kouichi Kashio, Hiroyuki Kato, Atsumi Imamiya:
  Interactive Hairstyle Modeling Using a Sketching Interface. 131-140
  
• Seung Taek Ryoo, Kyung-hyun Yoon:
  Orthogonal Cross Cylinder Using Segmentation Based Environment Modeling. 141-150
  
• Caroline Essert-Villard:
  Helping the Designer in Solution Selection: Applications in CAD. 151-160
  
• Jaime Puig-Pey, Akemi Gálvez, Andrés Iglesias:
  Polar Isodistance Curves on Parametric Surfaces. 161-170
  
• Laura Antonelli, Luisa Carracciuolo, Marco Ceccarelli, Luisa D'Amore, Almerico Murli:
  Total Variation Regularization for Edge Preserving 3D SPECT Imaging in High Performance Computing Environments. 171-180
  
• Andrés Iglesias:
  Computer Graphics Techniques for Realistic Modeling, Rendering, and Animation of Water. Part I: 1980-88. 181-190
  
• Andrés Iglesias:
  Computer Graphics Techniques for Realistic Modeling, Rendering and Animation of Water. Part II: 1989-1997. 191-200
  
• Étienne Schramm, Pascal Schreck:
  A Case Study in Geometric Constructions. 201-210
  
• Francisco Botana:
  Interactive versus Symbolic Approaches to Plane Loci Generation in Dynamic Geometry Environments. 211-218
  
• Hubert Peyré, Dominique Bechmann:
  Deformations Expressed as Displacement Maps: An Easy Way to Combine Deformations. 219-228
  
• A. Arnal, A. Lluch, Juan Monterde:
  A Property on Singularities of NURBS Curves. 229-238
  
• Jin Jin Zheng, Jian J. Zhang:
  Interactive Deformation of Irregular Surface Models. 239-248
  
• Pere-Pau Vázquez, Mateu Sbert:
  Bandwidth Reduction Techniques for Remote Navigation Systems. 249-257
  
• Farhi Marir, Karim Ouazzane, Kamel Zerzour:
  OSCONVR: An Interactive Virtual Reality Interface to an Object-Oriented Database System for Construction Architectural Design. 258-267
  
• Javier Rodeiro, Gabriel Pérez:
  Internet Client Graphics Generation Using XML Formats. 268-274
  
• Deok-Soo Kim, Youngsong Cho, Donguk Kim:
  The Compression of the Normal Vectors of 3D Mesh Models Using Clustering. 275-284
  
• Alex Sosnov, Pierre Macé, Gérard Hégron:
  Semi-metric Formal 3D Reconstruction from Perspective Sketches. 285-294
  
• Claus-Peter Alberts:
  Reconstruction of Surfaces from Scan Paths. 295-304
  
• G. Echevarría, Andrés Iglesias, Akemi Gálvez:
  Extending Neural Networks for B-Spline Surface Reconstruction. 305-314
  
• César Otero Gonzalez, Reinaldo N. Togores Fernández:
  Computational Geometry and Spatial Meshes. 315-324
  

Modern Numerical Algorithms

• Sanjukta Bhowmick, Padma Raghavan, Keita Teranishi:
  A Combinatorial Scheme for Developing Efficient Composite Solvers. 325-334
  
• Dror Irony, Gil Shklarski, Sivan Toledo:
  Parallel and Fully Recursive Multifrontal Supernodal Sparse Cholesky. 335-344
  
• Xing Cai, Yousef Saad, Masha Sosonkina:
  Parallel Iterative Methods in Modern Physical Applications. 345-354
  
• Olaf Schenk, Klaus Gärtner:
  Solving Unsymmetric Sparse Systems of Linear Equations with PARDISO. 355-363
  
• Ph. Guillaume, A. Huard, C. Le Calvez:
  A Multipole Approach for Preconditioners. 364-373
  
• Henar Herrero, Enrique Castillo, Rosa Eva Pruneda:
  Orthogonal Method for Linear Systems. Preconditioning. 374-382
  
• Chih Jeng Kenneth Tan:
  Antithetic Monte Carlo Linear Solver. 383-392
  
• Ravindra Boojhawon, Muddun Bhuruth:
  Restarted Simpler GMRES Augmented with Harmonic Ritz Vectors. 393-402
  
• Heinrich Voss:
  A Projection Method for a Rational Eigenvalue Problem in Fluid-Structure Interaction. 403-411
  
• Gennady Y. Kulikov, Galina Ya. Benderskaya:
  On Implementation of Vector Gauss Method for Solving Large-Scale Systems of Index 1 Differential-Algebraic Equations. 412-421
  
• Raimondas Ciegis, V. Pakalnyte:
  One Class of Splitting Iterative Schemes. 422-431
  
• Olga Kantur, Vyacheslav Tsybulin:
  Filtration-Convection Problem: Spectral-Difference Method and Preservation of Cosymmetry. 432-441
  
• Madhuri Karnik, Bhaskar DasGupta, Vinayak Eswaran:
  A Comparative Study of Dirichlet and Neumann Conditions for Path Planning through Harmonic Functions. 442-451
  
• R. Naidoo, S. Baboolal:
  Adaptation and Assessment of a High Resolution Semi-discrete Numerical Scheme for Hyperbolic Systems with Source Terms and Stiffness. 452-460
  
• Dennis D. Cox, Petr Kloucek, Daniel R. Reynolds:
  The Computational Modeling of Crystalline Materials Using a Stochastic Variational Principle. 461-469
  
• Peter Leinen:
  Realization of the Finite Mass Method. 470-479
  
• R. H. Marsden, T. N. Croft, C.-H. Lai:
  Domain Decomposition Using a 2-Level Correction Scheme. 480-489
  
• Roderick V. N. Melnik, Anthony J. Roberts:
  Computational Models for Materials with Shape Memory: Towards a Systematic Description of Coupled Phenomena. 490-499
  
• V. A. Shevchuk:
  Calculation of Thermal State of Bodies with Multilayer Coatings. 500-509
  
• Steffan Berridge, Hans Schumacher:
  An Irregular Grid Method for Solving High-Dimensional Problems in Finance. 510-519
  
• Petr Husek, Renata Pytelková:
  On Polynomial and Polynomial Matrix Interpolation. 520-527
  
• Marcus Mohr, Bart Vanrumste:
  Comparing the Performance of Solvers for a Bioelectric Field Problem. 528-537
  
• Poul Wulff Pedersen:
  Iteration Revisited Examples from a General Theory. 538-547
  
• Jaime Seguel, Dorothy Bollman, Edusmildo Orozco:
  A New Prime Edge Length Crystallographic FFT. 548-557
  

Network Support and Services for Computational Grids

• Mathijs den Burger, Thilo Kielmann, Henri E. Bal:
  TOPOMON: A Monitoring Tool for Grid Network Topology. 558-567
  
• Alessandro Bassi, Micah Beck, Erika Fuentes, Terry Moore, James S. Plank:
  Logistical Storage Resources for the Grid. 568-577
  
• Jean-Patrick Gelas, Laurent Lefèvre:
  Towards the Design of an Active Grid. 578-587
  
• Moufida Maimour, CongDuc Pham:
  An Active Reliable Multicast Framework for the Grids. 588-597
  

Stochastic Computation: From Parallel Random Number Generators to Monte Carlo Simulation and Applications

• Michael Mascagni, Aneta Karaivanova:
  A Parallel Quasi-Monte Carlo Method for Solving Systems of Linear Equations. 598-608
  
• Behrouz Fathi, Bo Liu, Vassil N. Alexandrov:
  Mixed Monte Carlo Parallel Algorithms for Matrix Computation. 609-618
  
• Bo Liu, Behrouz Fathi, Vassil N. Alexandrov:
  Numerical Experiments with Monte Carlo Methods and SPAI Preconditioner for Solving System of Linear Equations. 619-627
  
• Emanouil I. Atanassov:
  Measuring the Performance of a Power PC Cluster. 628-634
  
• Ashok Srinivasan, Michael Mascagni:
  Monte Carlo Techniques for Estimating the Fiedler Vector in Graph Applications. 635-645
  

Global and Collaborative Computing

• Martin G. Curley:
  Peer-to-Peer Computing Enabled Collaboration. 646-654
  
• James S. Pascoe, Vaidy S. Sunderam, Roger J. Loader:
  Working Towards Strong Wireless Group Communications: The Janus Architecture. 655-664
  
• James S. Pascoe, Vaidy S. Sunderam, Roger J. Loader, G. Sibley:
  Towards Mobile Computational Application Steering: Visualizing the Spatial Characteristics of Metropolitan Area Wireless Networks. 665-670
  
• Péter Kacsuk:
  Hungarian Supercomputing Grid. 671-678
  
• Gunther Stuer, Frans Arickx, Jan Broeckhove:
  The Construction of a Reliable Multipeer Communication Protocol for Distributed Virtual Environments. 679-686
  
• Peter H. Welch:
  Process Oriented Design for Java: Concurrency for All. 687
  
• Nia Alexandrov, James S. Pascoe, Vassil N. Alexandrov:
  Collaborative Computing and E-learning. 688-694
  
• Peter H. Welch, Jo R. Aldous, Jon Foster:
  CSP Networking for Java (JCSP.net). 695-708
  
• Dawid Kurzyniec, Vaidy S. Sunderam:
  The MICROBE Benchmarking Toolkit for Java: A Component-Based Approach. 709-719
  
• Christian Engelmann, Stephen L. Scott, G. A. Geist II:
  Distributed Peer-to-Peer Control in Harness. 720-728
  
• Zsolt Németh, Vaidy S. Sunderam:
  A Comparison of Conventional Distributed Computing Environments and Computational Grids. 729-738
  

Climate Systems Modelling

• John A. Taylor, Mike Dvorak, Sheri A. Mickelson:
  Developing Grid Based Infrastructure for Climate Modeling. 739-747
  
• Everest T. Ong, Jay Walter Larson, Robert L. Jacob:
  A Real Application of the Model Coupling Toolkit. 748-757
  
• Sheri A. Mickelson, John A. Taylor, Mike Dvorak:
  Simplifying the Task of Generating Climate Simulations and Visualizations. 758-766
  
• Arjo Segers, Peter van Velthoven, Bram Bregman, Maarten S. Krol:
  On the Computation of Mass Fluxes for Eulerian Transport Models from Spectral Meteorological Fields. 767-776
  
• Mike Dvorak, John A. Taylor, Sheri A. Mickelson:
  Designing a Flexible Grid Enabled Scientific Modeling Interface. 777-786
  

Parallel Computational Mechanics for Complex Systems

• Jelle Muylle, Barry H. V. Topping:
  Parallel Contact Detection Strategies for Cable and Membrane Structures. 787-796
  
• Peter K. Jimack, Sarfraz A. Nadeem:
  A Parallel Domain Decomposition Algorithm for the Adaptive Finite Element Solution of 3-D Convection-Diffusion Problems. 797-805
  
• Kevin McManus, Mark Cross, Chris Walshaw, Nick Croft, Alison Williams:
  Parallel Performance in Multi-physics Simulation. 806-815
  
• Nigel P. Weatherill, Kaare Sørensen, Oubay Hassan, Kenneth Morgan:
  A Parallel Finite Volume Method for Aerodynamic Flows. 816-823
  

Tools for Program Development and Analysis

• David M. Beazley:
  An Extensible Compiler for Creating Scriptable Scientific Software. 824-833
  
• David Abramson, Greg Watson, Phu Dung Le:
  Guard: A Tool for Migrating Scientific Applications to the .NET Framework. 834-843
  
• Marco Danelutto, P. Teti:
  Lithium: A Structured Parallel Programming Environment in Java. 844-853
  
• Ralf Reussner, Iman Poernomo, Heinz W. Schmidt:
  Using the TrustME Tool Suite for Automatic Component Protocol Adaptation. 854-863
  
• Torsten Wilde, James Arthur Kohl, Ray E. Flanery Jr.:
  Integrating CUMULVS into AVS/Express. 864-873
  
• Marian Bubak, Wlodzimierz Funika, Piotr Metel, Rafal Orlowski, Roland Wismüller:
  Monitoring System for Distributed Java Applications. 874-883
  
• Bartosz Balis, Marian Bubak, Wlodzimierz Funika, Roland Wismüller:
  A Concept of Portable Monitoring of Multithreaded Programs. 884-893
  
• Jasmina Jancic, Christian Poellabauer, Karsten Schwan, Matthew Wolf, Neil Bright:
  dproc - Extensible Run-Time Resource Monitoring for Cluster Applications. 894-903
  
• Shirley Moore:
  A Comparison of Counting and Sampling Modes of Using Performance Monitoring Hardware. 904-912
  
• Dieter Kranzlmüller, Nam Thoai, Jens Volkert:
  Debugging Large-Scale, Long-Running Parallel Programs. 913-922
  
• Vicente Blanco Pérez, Patricia González, José Carlos Cabaleiro, Dora Blanco Heras, Tomás F. Pena, Juan J. Pombo, Francisco F. Rivera:
  Performance Prediction for Parallel Iterative Solvers. 923-932
  
• Jie Tao, Martin Schulz, Wolfgang Karl:
  Improving Data Locality Using Dynamic Page Migration Based on Memory Access Histograms. 933-942
  
• Chris Walshaw, Mark Cross, Kevin McManus:
  Multiphase Mesh Partitioning for Parallel Computational Mechanics Codes. 943-952
  
• Cos S. Ierotheou, S. P. Johnson, P. F. Leggett, Mark Cross:
  The Shared Memory Parallelisation of an Ocean Modelling Code Using an Interactive Parallelisation Toolkit. 953-962
  
• Siegfried Höfinger:
  Dynamic Load Equilibration for Cyclic Applications in Distributed Systems. 963-971
  
• Andy Marsh:
  3G Medicine - The Integration of Technologies. 972-981
  
• Bernd Blobel:
  Architecture of Secure Portable and Interoperable Electronic Health Records. 982-994
  
• Ad Emmen:
  Designing for Change and Reusability - Using XML, XSL, and MPEG-7 for Developing Professional Health Information Systems. 995-1002
  
• Markku Saarelainen:
  Personal LocationMessaging. 1003-1011
  
• Andy Marsh:
  The E-CARE Project - Removing the Wires. 1012-1018
  

Automatic Differentiation and Applications

• Patrick Heimbach, Chris Hill, Ralf Giering:
  Automatic Generation of Efficient Adjoint Code for a Parallel Navier-Stokes Solver. 1019-1028
  
• Mike Fagan, Alan Carle:
  Switchback: Profile-Driven Recomputation for Reverse Mode. 1029-1038
  
• Uwe Naumann:
  Reducing the Memory Requirement in Reverse Mode Automatic Differentiation by Solving TBR Flow Equations. 1039-1048
  
• Uwe Lehmann, Andrea Walther:
  The Implementation and Testing of Time-Minimal and Resource-Optimal Parallel Reversal Schedules. 1049-1058
  
• Klaus Röbenack:
  Automatic Differentiation for Nonlinear Controller Design. 1059-1068
  
• H. Martin Bücker, Bruno Lang, Arno Rasch, Christian H. Bischof:
  Computation of Sensitivity Information for Aircraft Design by Automatic Differentiation. 1069-1076
  
• Mohamed Tadjouddine, Shaun A. Forth, John D. Pryce, John K. Reid:
  Performance Issues for Vertex Elimination Methods in Computing Jacobians Using Automatic Differentiation. 1077-1086
  
• Paul D. Hovland, Boyana Norris, Barry F. Smith:
  Making Automatic Differentiation Truly Automatic: Coupling PETSc with ADIC. 1087-1096
  
• Evgueni S. Petrov, Frédéric Benhamou:
  Improved Interval Constraint Propagation for Constraints on Partial Derivatives. 1097-1105
  

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