ICCS 2001: San Francisco, CA, USA

@proceedings{DBLP:conf/iccS/2001-1,
  editor    = {Vassil N. Alexandrov and
               Jack Dongarra and
               Benjoe A. Juliano and
               Ren{\'e} S. Renner and
               Chih Jeng Kenneth Tan},
  title     = {Computational Science - ICCS 2001, International Conference,
               San Francisco, CA, USA, May 28-30, 2001. Proceedings, Part I},
  booktitle = {International Conference on Computational Science},
  publisher = {Springer},
  series    = {Lecture Notes in Computer Science},
  volume    = {2073},
  year      = {2001},
  isbn      = {3-540-42232-3},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

Invited Speakers

• Cliff Addison:
  Exploiting OpenMP to Provide Scalable SMP BLAS and LAPACK Routines. 3
  
• Carl Edward Oliver:
  Scientific Discovery through Advanced Computing. 4
  
• James Glimm:
  Quantification of Uncertainty for Numerital Simulations with Confidence Intervals. 5
  
• Chris Johnson:
  Large-Scale Simulation and Visualization in Medicine: Applications to Cardiology, Neuroscience, and Medical Imaging. 6
  
• Péter Kacsuk:
  Can Parallel Programming Be Made Easy for Scientists? 7
  
• Ken Kennedy:
  Software Support for High Performance Problem-Solving on Computational Grids. 8
  
• Pierre L'Ecuyer:
  Lattice Rules and Randomized Quasi-Monte Carlo. 9
  
• José E. Moreira:
  Blue Gene: A Massively Parallel System. 10
  
• Edward Siedel:
  Dynamic Grid Computing. 11
  
• Kokichi Sugihara:
  Robust Geometric Computation Based on Topological Consistency. 12-26
  
• Vaidy S. Sunderam:
  Metacomputing with the Harness and IceT Systems. 27
  
• Stefan Unger, Andrew Komornicki:
  Computational Biology: IT Challenges and Opportunities. 28
  

Architecture-Specific Automatic Performance Tuning

• L. Anthony Drummond, James Demmel, Carlos R. Mechoso, H. Robinson, Keith Sklower, Joseph A. Spahr:
  A Data Broker for Distributed Computing Environments. 31-40
  
• Sathish S. Vadhiyar, Graham E. Fagg, Jack Dongarra:
  Towards an Accurate Model for Collective Communications. 41-50
  
• John A. Gunnels, Greg Henry, Robert A. van de Geijn:
  A Family of High-Performance Matrix Multiplication Algorithms. 51-60
  
• Muhammet Fikret Ercan, Ceyda Oguz, Yu-Fai Fung:
  Performance Evaluation of Heuristics for Scheduling Pipelined Multiprocessor Tasks. 61-70
  
• Dragan Mirkovic:
  Automatic Performance Tuning in the UHFFT Library. 71-80
  
• Nick Mitchell, Larry Carter, Jeanne Ferrante:
  A Modal Model of Memory. 81-96
  
• Markus Püschel, Bryan Singer, Manuela M. Veloso, José M. F. Moura:
  Fast Automatic Generation of DSP Algorithms. 97-106
  
• Sriram Sellappa, Siddhartha Chatterjee:
  Cache-Efficient Multigrid Algorithms. 107-116
  
• Rich Vuduc, James Demmel, Jeff Bilmes:
  Statistical Models for Automatic Performance Tuning. 117-126
  
• Eun-Jin Im, Katherine A. Yelick:
  Optimizing Sparse Matrix Computations for Register Reuse in SPARSITY. 127-136
  
• Michelle Mills Strout, Larry Carter, Jeanne Ferrante:
  Rescheduling for Locality in Sparse Matrix Computations. 137-148
  

Climate Modelling

• Thomas Bettge, Anthony Craig, Rodney James, Vincent Wayland, Gary Strand:
  The DOE Parallel Climate Model (PCM): The Computational Highway and Backroads. 149-158
  
• George Chin Jr., L. Ruby Leung, Karen Schuchardt, Deborah K. Gracio:
  Conceptualizing a Collaborative Problem Solving Environment for Regional Climate Modeling and Assessment of Climate Impacts. 159-173
  
• Robert L. Jacob, Chad Schafer, Ian T. Foster, Michael Tobis, John Anderson:
  Computational Design and Performance of the Fast Ocean Atmosphere Model, Version One. 175-184
  
• Jay Walter Larson, Robert L. Jacob, Ian T. Foster, Jing Guo:
  The Model Coupling Toolkit. 185-194
  
• L. Ruby Leung, John Michalakes, Xindi Bian:
  Parallelization of a Subgrid Orographic Precipitation Scheme in an MM5-Based Regional Climate Model. 195-203
  
• John Taylor, Jay Walter Larson:
  Resolution Dependence in Modeling Extreme Weather Events. 204-211
  
• Sheri A. Voelz, John Taylor:
  Visualizing High-Resolution Climate Data. 212-222
  

Global Computing - Internals and Usage

• David Craig, Steven Carroll, Fabian Breg, Dimitrios S. Nikolopoulos, Constantine D. Polychronopoulos:
  Improving Java Server Performance with Interruptlets. 223-232
  
• Patrick Geoffray, CongDuc Pham, Loïc Prylli, Bernard Tourancheau, Roland Westrelin:
  Protocols and Software for Exploiting Myrinet Clusters. 233-242
  
• Dieter F. Kvasnicka, Helmut Hlavacs, Christoph W. Ueberhuber:
  Cluster Configuration Aided by Simulation. 243-252
  
• Zoltán Balaton, Péter Kacsuk, Norbert Podhorszki:
  Application Monitoring in the Grid with GRM and PROVE. 253-262
  
• Róbert Lovas, Vaidy S. Sunderam:
  Extension of Macrostep Debugging Methodology Towards Metacomputing Applications. 263-272
  
• Anand Natrajan, Marty Humphrey, Andrew S. Grimshaw:
  Capacity and Capability Computing Using Legion. 273-283
  
• Ivan Tanev, Takashi Uozumi, Dauren Akhmetov:
  Component Object Based Single System Image Middleware for Metacomputer Implementation of Genetic Programming on Clusters. 284-293
  
• Michel Tréhel, Ahmed Housni:
  The Prioritized and Distributed Synchronization in Distributed Groups. 294-306
  

Collaborative Computing

• Paul A. Gray, James S. Pascoe:
  On Group Communication Systems: Insight, a Primer, and a Snapshot. 307-315
  
• K. Berket, Deborah A. Agarwal, P. M. Melliar-Smith, Louise E. Moser:
  Overview of the InterGroup Protocols. 316-325
  
• Roger J. Loader, James S. Pascoe, Vaidy S. Sunderam:
  Introducing Fault-Tolerant Group Membership into the Collaborative Computing Transport Layer. 326-335
  
• Kwai L. Wong, A. Jerry Baker:
  A Modular Collaborative Parallel CFD Workbench. 336-344
  
• Tomasz Tyrakowski, Vaidy S. Sunderam, Mauro Migliardi:
  Distributed Name Service in Harness. 345-354
  
• Graham E. Fagg, Antonin Bukovsky, Jack Dongarra:
  Fault Tolerant MPI for the HARNESS Meta-computing System. 355-366
  
• Tomasz Tyrakowski, Vaidy S. Sunderam, Mauro Migliardi:
  A Harness Control Application for Hand-Held Devices. 367-374
  
• Dawid Kurzyniec, Vaidy S. Sunderam:
  Flexible Class Loader Framework: Sharing Java Resources in Harness System. 375-384
  
• James S. Pascoe, G. Sibley, Vaidy S. Sunderam, Roger J. Loader:
  Mobile Wide Area Wireless Fault-Tolerance. 385-394
  
• G. Sibley, Vaidy S. Sunderam:
  Tools for Collaboration in Metropolitan Wireless Networks. 395-403
  
• Paul A. Gray, Srividya Chandramohan, Vaidy S. Sunderam:
  A Repository System with Secure File Access for Collaborative Environments. 404-412
  
• Kyung-Ah Chang, Byung-Rae Lee, Tai-Yun Kim:
  Authentication Service Model Supporting Multiple Domains in Distributed Computing. 413-422
  
• Gunther Stuer, Jan Broeckhove, Frans Arickx:
  Performance and Stability Analysis of a Message Oriented Reliable Multicast for Distributed Virtual Environments in Java. 423-432
  
• Byung-Rae Lee, Kyung-Ah Chang, Tai-Yun Kim:
  A Secure and Efficient Key Escrow Protocol for Mobile Communications. 433-446
  

Complex Physical System Simulation

• Alexander V. Bogdanov, Ashot Gevorkyan, Elena N. Stankova:
  High-Performance Algorithms for Quantum Systems Evolution. 447-452
  
• Yu. I. Nechaev, Alexander B. Degtyarev, Alexander Boukhanovsky:
  Complex Situations Simulation When Testing Intelligence System Knowledge Base. 453-462
  
• Alexander Boukhanovsky, Valentin A. Rozhkov, Alexander B. Degtyarev:
  Peculiarities of Computer Simulation and Statistical Representation of Time-Spatial Metocean Fields. 463-472
  
• Alexander V. Bogdanov, Ashot Gevorkyan, A. A. Udalov:
  Numerical Investigation of Quantum Chaos in the Problem of Multichannel Scattering in Three Body System. 473-482
  
• Yuri E. Gorbachev, Mikhail A. Zatevakhin, Valeria V. Krzhizhanovskaya, A. A. Ignatiev, V. K. Protopopov, N. V. Sokolova, A. B. Witenberg:
  Distributed Simulation of Amorphous Hydrogenated Silicon Films: Numerical Experiments on a Linux Based Computing Environment. 483-491
  
• Wolfgang Joppich, Hermann Mierendorff:
  Performance Prediction for Parallel Local Weather Forecast Programs. 492-501
  
• A. N. Andrianov, K. N. Efimkin, V. Y. Levashov, I. N. Shishkova:
  The NORMA Language Application to Solution of Strong Nonequilibrium Transfer Processes Problem with Condensation of Mixtures on the Multiprocessor System. 502-510
  
• Alexander Vinogradov, Vladimir Volkov, Vladimir Gidaspov, Alexander Muslaev, Peter Rozovski:
  Adaptive High-Performance Method for Numerical Simulation of Unsteady Complex Flows with Number of Strong and Weak Discontinuities. 511-517
  
• Peter M. A. Sloot, Alfons G. Hoekstra:
  Cellular Automata as a Mesoscopic Approach to Model and Simulate Complex Systems. 518-530
  

Computational Chemistry

• A. P. J. Jansen, C. G. M. Hermse, F. Frechard, Johan J. Lukkien:
  Ab-Initio Kinetics of Heterogeneous Catalysis: NO+N+O/Rh(111). 531-540
  
• A. J. Markvoort, R. Pino, Peter A. J. Hilbers:
  Interpolating Wavelets in Kohn-Sham Electronic Structure Calculations. 541-550
  
• Sean McNamara, Joel Koplik, Jayanth R. Banavar:
  Simulations of Surfactant-Enhanced Spreading. 551-559
  
• Valentina Huber:
  Supporting Car-Parrinello Molecular Dynamics with UNICORE. 560-566
  
• Valentina Piermarini, Leonardo Pacifici, Stefano Crocchianti, Antonio Laganà, Giuseppina D'Agosto, Sergio Tasso:
  Parallel Methods in Time Dependent Approaches to Reactive Scattering Calculations. 567-578
  

Computational Finance

• Yuji Yamada, James A. Primbs:
  Construction of Multinomial Lattice Random Walks for Optimal Hedges. 579-588
  
• Chih Jeng Kenneth Tan:
  On Parallel Pseudo-Random Number Generation. 589-596
  
• Ali Lari-Lavassani, Bradley D. Tifenbach:
  A General Framework for Trinomial Trees. 597-606
  
• Christiane Lemieux, Pierre L'Ecuyer:
  On the Use of Quasi-Monte Carlo Methods in Computational Finance. 607-618
  

Computational Geometry and Applications

• Henk Bekker, Jos B. T. M. Roerdink:
  An Efficient Algorithm to Calculate the Minkowski Sum of Convex 3D Polyhedra. 619-628
  
• Javier Bernal:
  REGTET: A Program for Computing Regular Tetrahedralizations. 629-632
  
• Sergei Bespamyatnikh, Michael Segal:
  Fast Maintenance of Rectilinear Centers. 633-639
  
• Amitava Bhattacharya, Subir Kumar Ghosh, Sudeep Sarkar:
  Exploring an Unknown Polygonal Environment with Bounded Visibility. 640-648
  
• Ovidiu Daescu:
  Parallel Optimal Weighted Links. 649-657
  
• Tamal K. Dey, Joachim Giesen, Wulue Zhao:
  Robustness Issues in Surface Reconstruction. 658-662
  
• Marina L. Gavrilova:
  On a Nearest-Neighbor Problem in Minkowski and Power Metrics. 663-672
  
• Marina L. Gavrilova, Jon G. Rokne:
  On Dynamic Generalized Voronoi Diagrams in the Euclidean Metric. 673-682
  
• Man Chung Hon, Ravi Janardan, Jörg Schwerdt, Michiel H. M. Smid:
  Computing Optimal Hatching Directions in Layered Manufacturing. 683-692
  
• Seok-Yong Hong, Chung-Seong Hong, Hyun-Chan Lee, Koohyun Park:
  Discrete Local Fairing of B-Spline Surfaces. 693-697
  
• Andrés Iglesias, Akemi Gálvez, Jaime Puig-Pey:
  Computational Methods for Geometric Processing. Applications to Industry. 698-707
  
• Thomas Kämpke, Matthias Strobel:
  Graph Voronoi Regions for Interfacing Planar Graphs. 708-717
  
• Deok-Soo Kim, Donguk Kim, Kokichi Sugihara, Joonghyun Ryu:
  Robust and Fast Algorithm for a Circle Set Voronoi Diagram in a Plane. 718-727
  
• Deok-Soo Kim, Donguk Kim, Kokichi Sugihara, Joonghyun Ryu:
  Apollonius Tenth Problem as a Point Location Problem. 728-737
  
• Kei Kobayashi, Kokichi Sugihara:
  Crystal Voronoi Diagram and Its Applications to Collision-Free Paths. 738-747
  
• V. A. Luchnikov, Nikolai N. Medvedev, Marina L. Gavrilova:
  The Voronoi-Delaunay Approach for Modeling the Packing of Balls in a Cylindrical Container. 748-752
  
• T. S. Michael, Val Pinciu:
  Multiply Guarded Guards in Orthogonal Art Galleries. 753-762
  
• Ali Mohades, Mohammadreza Razzazi:
  Reachability on a Region Bounded by Two Attached Squares. 763-771
  
• Csaba D. Tóth:
  Illuminating Polygons with Vertex pi-Floodlights. 772-784
  

Computational Methods

• Scott B. Baden, Daniel Shalit:
  Performance Tradeoffs in Multi-tier Formulation of a Finite Difference Method. 785-794
  
• Christian H. Bischof, H. Martin Bücker, Bruno Lang, Arno Rasch, Jakob W. Risch:
  On the Use of a Differentiated Finite Element Package for Sensitivity Analysis. 795-801
  
• Jaeyoung Choi:
  Parallel Factorizations with Algorithmic Blocking. 802-811
  
• Ray Gallagher, Tony Doran:
  Bayesian Parameter Estimation: A Monte Carlo Approach. 812-822
  
• Anshul Gupta:
  Recent Progress in General Sparse Direct Solvers. 823-831
  
• Gennady Y. Kulikov, Alexandra A. Korneva:
  On Efficient Application of Implicit Runge-Kutta Methods to Large-Scale Systems of Index 1 Differential-Algebraic Equations. 832-841
  
• Songrit Maneewongvatana, David M. Mount:
  On the Efficiency of Nearest Neighbor Searching with Data Clustered in Lower Dimensions. 842-851
  
• Sha Meng, Xin Kai Li, Gwynne Evans:
  A Spectral Element Method for Oldroyd-B Fluid in a Contraction Channel. 852-861
  
• Yu-Fai Fung, Muhammet Fikret Ercan, Tin-kin Ho, Wai-leung Cheung:
  SSE Based Parallel Solution for Power Systems Network Equations. 862-873
  
• Yanpeng Mi, Gary F. Margrave:
  Implementation of Symmetric Nonstationary Phase-Shift Wavefield Extrapolator on an Alpha Cluster. 874-883
  
• Dongming Peng, Mi Lu:
  Generalized High-Level Synthesis of Wavelet-Based Digital Systems via Nonlinear I/O Data Space Transformations. 884-893
  
• Govindan Rangarajan, Minita Sachidanand:
  Solvable Map Method for Integrating Nonlinear Hamiltonian Systems. 894-903
  
• I. V. Schevtschenko:
  A Parallel ADI Method for a Nonlinear Equation Describing Gravitational Flow of Ground Water. 904-910
  
• Ioana Sîrbu, Harry F. King:
  The Effect of the Cusp on the Rate of Convergence of the Rayleigh-Ritz Method. 911-917
  
• Mohd Salleh Sahimi, Norma Alias, Elankovan Sundararajan:
  The AGEB Algorithm for Solving the Heat Equation in Three Space Dimensions and Its Parallelization Using PVM. 918-927
  
• Soo Bum Pyun, Hyeong Seon Yoo:
  A Pollution Adaptive Mesh Generation Algorithm in r-h Version of the Finite Element Method. 928-936
  
• Neville Yoon, John Rose:
  An Information Model for the Representation of Multiple Biological Classifications. 937-947
  
• Wan-Xie Zhong, Jianping Zhu:
  A Precise Integration Algorithm for Matrix Riccati Differential Equations. 947-958
  

Computational Models of Natural Language Arguments

• Giuseppe Carenini:
  GEA: A Complete, Modular System for Generating Evaluative Arguments. 959-968
  
• Armin Fiedler, Helmut Horacek:
  Argumentation in Explanations to Logical Problems. 969-978
  
• Serge V. Gavenko:
  Analysis of the Argumentative Effect of Evaluative Semantics in Natural Language. 979-988
  
• Michael A. Gilbert:
  Getting Good Value. Facts, Values, and Goals in Computational Linguistics. 989-998
  
• Chris Reed, Floriana Grasso:
  Computational Models of Natural Language Argument. 999-1008
  
• Nancy Green:
  An Empirical Study of Multimedia Argumentation. 1009-1018
  
• Valeria Carofiglio, Fiorella de Rosis:
  Exploiting Uncertainty and Incomplete Knowledge in Deceptive Argumentation. 1019-1030
  

Computational Physics in the Undergraduate Curriculum

• Harvey Gould, Jan Tobochnik:
  Integrating Computation into the Physics Curriculum. 1031-1040
  
• N. Giordano, J. Roberts:
  Musical Acoustics and Computational Science. 1041-1050
  
• Rubin H. Landau:
  Developing Components and Curricula for a Research-Rich Undergraduate Degree in Computational Physics. 1051-1060
  
• Wolfgang Christian, Mario Belloni, Melissa Dancy:
  Physlets: Java Tools for a Web-Based Physics Curriculum. 1061-1073
  
• David M. Cook:
  Computation in Undergraduate Physics: The Lawrence Approach. 1074-1086
  

Computational Science Applications and Case Studies

• Joseph D. Baum, Hong Luo, Eric L. Mestreau, Dmitri Sharov, Rainald Löhner, Daniele Pelessone, Charles Charman:
  Recent Developments of a Coupled CFD/CSD Methodology. 1087-1097
  
• Julie L. McClean, Wieslaw Maslowski, Mathew Maltrud:
  Towards a Coupled Environmental Prediction System. 1098-1107
  
• Jerry Boatz, Mark S. Gordon, Gregory A. Voth, Sharon Hammes-Schiffer, Ruth Pachter:
  New Materials Design. 1108-1116
  
• Charles A. Rendleman, Vincent E. Beckner, Mike Lijewski:
  Parallelization of an Adaptive Mesh Refinement Method for Low Mach Number Combustion. 1117-1126
  
• Suresh Menon, Vaidyanathan Sankaran, Christopher Stone:
  Combustion Dynamics of Swirling Turbulent Flames. 1127-1136
  
• Hong Hu, Edward L. Turner:
  Parallel CFD Computing Using Shared Memory OpenMP. 1137-1146
  
• Osman Yasar:
  Plasma Modeling of Ignition for Combustion Simulations. 1147-1158
  
• Osman Yasar:
  Computational Science Education: Standards, Learning Outcomes, and Assessment. 1159-1169
  
• André Jaun, Johan Hedin, Thomas Johnson, Michael Christie, Lars-Erik Jonsson, Mikael Persson, Laurent Villard:
  Learning Computational Methods for Partial Differential Equations from the Web. 1170-1175
  
• Carleton DeTar, Aaron L. Fogelson, Christopher R. Johnson, Christopher A. Sikorski:
  Computational Engineering and Science Program at the University of Utah. 1176-1188
  

High Performance and Parallel Computing in Manufacturing and Testing Environments

• Myron Ginsberg:
  Influences on the Solution Process for Large, Numeric-Intensive Automotive Simulations. 1189-1198
  
• Ram V. Mohan, Dale R. Shires, Andrew Mark:
  Scalable Large Scale Process Modeling and Simulations in Liquid Composite Molding. 1199-1208
  
• J. Brent Spears, Brett Gossage:
  An Object-Oriented Software Framework for Execution of Real-Time, Parallel Algorithms. 1209-1218
  
• John K. Debenham:
  A Multiagent Architecture Addresses the Complexity of Industry Process Re-engineering. 1219-1227
  
• Naly Rakoto-Ravalontsalama:
  Diagnosis Algorithms for a Symbolically Modeled Manufacturing Process. 1228-1236
  
• M. A. Chappell, B. K. Feather:
  Time-Accurate Turbine Engine Simulation in a Parallel Computing Environment Part II - Software Alpha Test. 1237-1252
  

Monte Carlo Numerical Methods

• Ray Gallagher:
  Finding Steady State of Safety Systems Using the Monte Carlo Method. 1253-1261
  
• Rudolf Schürer:
  Parallel High-Dimensional Integration: Quasi-Monte Carlo versus Adaptive Cubature Rules. 1262-1271
  
• V. Filinov, M. Bonitz, D. Kremp, W.-D. Kraeft, V. Fortov:
  Path Integral Monte Carlo Simulations and Analytical Approximations for High-Temperature Plasmas. 1272-1281
  
• Chi-Ok Hwang, Michael Mascagni:
  A Feynman-Kac Path-Integral Implementation for Poisson's Equation. 1282-1288
  
• Chih Jeng Kenneth Tan, Vassil N. Alexandrov:
  Relaxed Monte Carlo Linear Solver. 1289-1298