Computational science -- ICCS 2004. 4th international conference, Kraków, Poland, June 6--9, 2004. Proceedings, Part II (Q1889970)

The articles of this volume will be reviewed individually. The preceding conference has been reviewed (see Zbl 1020.00019; Zbl 1049.68013; Zbl 1049.68014; Zbl 1049.68015). Indexed articles: \textit{Hunold, S.; Rauber, T.; Rünger, G.}, Hierarchical matrix-matrix multiplication based on multiprocessor tasks, 1-8 [Zbl 1086.65514] \textit{Löf, H.; Nordén, M.; Holmgren, S.}, Improving geographical locality of data for shared memory implementations of PDE solvers, 9-16 [Zbl 1080.68533] \textit{Tsifakis, D.; Rendell, A. P.; Strazdins, P. E.}, Cache oblivious matrix transposition: simulation and experiment, 17-25 [Zbl 1086.65518] \textit{Xue, J.; Li, Yaohui; Feng, Yong; Yang, L.; Liu, Zhong}, An intelligent hybrid algorithm for solving non-linear polynomial systems, 26-33 [Zbl 1080.68675] \textit{Voss, Heinrich}, A Jacobi-davidson method for nonlinear eigenproblems, 34-41 [Zbl 1080.65535] \textit{Dhooge, A.; Govaerts, W.; Kuznetsov, Y. A.}, Numerical continuation of branch points of limit cycles in MATCONT, 42-49 [Zbl 1086.65538] \textit{Górriz, J. M.; Puntonet, C. G.; Salmerón, M.}, Online algorithm for time series prediction based on support vector machine philosophy, 50-57 [Zbl 1080.68622] \textit{Xian, J.; Luo, S. P.; Lin, Wei}, Improved A-P iterative algorithm in spline subspaces, 58-64 [Zbl 1081.94508] \textit{Federl, P.; Prusinkiewicz, P.}, Solving differential equations in developmental models of multicellular structures expressed using L-systems, 65-72 [Zbl 1081.92013] \textit{Kulikov, G. Y.; Merkulov, A. I.; Khrustaleva, E. Y.}, On a family of \(A\)-stable collocation methods with high derivatives, 73-80 [Zbl 1086.65526] \textit{Yang, S. Y.; Lin, W.}, Local sampling problems, 81-88 [Zbl 1086.65502] \textit{Seaïd, M.; El-Amrani, M.; Machmoum, A.}, Recent advances in semi-Lagrangian modelling of flow through the strait of Gibraltar, 89-96 [Zbl 1086.65540] \textit{Mihajlović, M. D.; Mijalković, S.}, Efficiency study of the ``black-box'' component decomposition preconditioning for discrete stress analysis problems, 97-104 [Zbl 1086.65519] \textit{Koshigoe, H.}, Direct solver based on FFT and SEL for diffraction problems with distribution, 105-112 [Zbl 1086.65510] \textit{Lu, Jianjiang; Xu, Baowen; Jiang, Jixiang; Kang, Dazhou}, Non-negative matrix factorization for filtering Chinese document, 113-120 [Zbl 1080.68644] \textit{Choi, S. J.; Youn, H. Y.; Lee, H. S.}, On highly secure and available data storage systems, 121-129 [Zbl 1080.68592] \textit{Pérez, F. A.; Cascón, J. M.; Ferragut, L.}, A numerical adaptive algorithm for the obstacle problem, 130-137 [Zbl 1086.65524] \textit{Federl, P.; Prusinkiewicz, P.}, Finite element model of fracture formation on growing surfaces, 138-145 [Zbl 1330.74153] \textit{Hippold, Judith; Meyer, Arnd; Rünger, Gudula}, An adaptive, 3-dimensional, hexahedral finite element implementation for distributed memory, 146-154 [Zbl 1085.65519] \textit{Banaś, K.}, A modular design for parallel adaptive finite element computational kernels, 155-162 [Zbl 1086.65534] \textit{Denis, C.; Boufflet, J. P.; Breitkopf, P.; Vayssade, M.; Glut, B.}, Load balancing issues for a multiple front method, 163-170 [Zbl 1080.65549] \textit{Kamiński, Marcin}, Multiresolutional techniques in finite element method solution of eigenvalue problem, 171-178 [Zbl 1086.65533] \textit{Oh, S. K.; Pedrycz, W.; Kim, H. K.; Lee, J. B.}, Self-organizing multi-layer fuzzy polynomial neural networks based on genetic optimization, 179-187 [Zbl 1080.68632] \textit{Park, B. J.; Oh, S. K.; Pedrycz, W.; Ahn, T. C.}, Information granulation-based multi-layer hybrid fuzzy neural networks: Analysis and design, 188-195 [Zbl 1080.68633] \textit{Ciskowski, P.}, Efficient learning of contextual mappings by context-dependent neural nets, 196-203 [Zbl 1080.68616] \textit{Corchado, E.; Burgos, P.; Rodríguez, M.; Tricio, V.}, An unsupervised neural model to analyse thermal properties of construction materials, 204-211 [Zbl 1080.68617] \textit{Kim, W.; Oh, S. C.; Yoon, K.}, Intrusion detection based on feature transform using neural network, 212-219 [Zbl 1080.68628] \textit{Abdalhaq, B.; Cortés, A.; Margalef, T.; Luque, E.}, Accelerating wildland fire prediction on cluster systems, 220-227 [Zbl 1080.68734] \textit{Kalkuhl, M.; Nöh, K.; Loffeld, O.; Wiechert, W.}, High precision simulation of near earth satellite orbits for SAR-applications, 228-235 [Zbl 1080.68725] \textit{Walkowiak, T.; Mazurkiewicz, J.}, Hybrid approach to reliability and functional analysis of discrete transport system, 236-243 [Zbl 1080.68726] \textit{Kurgan, E.; Schmidt, P.}, Mathematical model of gas transport in anisotropic porous electrode of the PEM fuel cell, 244-251 [Zbl 1329.76352] \textit{Kurgan, E.}, Numerical simulation of anisotropic shielding of weak magnetic fields, 252-259 [Zbl 1084.78006] \textit{Akdim, B.; Kar, T.; Duan, X.; Pachter, R.}, Functionalization of single-wall carbon nanotubes: An assessment of computational methods, 260-267 [Zbl 1080.92524] \textit{Hampton, S. S.; Izaguirre, J. A.}, Improved sampling for biological molecules using shadow hybrid Monte Carlo, 268-275 [Zbl 1081.92015] \textit{Pareschi, L.; Seaïd, M.}, A new Monte Carlo approach for conservation laws and relaxation systems, 276-283 [Zbl 1080.65506] \textit{Ridwan, A. M.; Krishnan, A.; Dhar, P.}, A parallel implementation of Gillespie's direct method, 284-291 [Zbl 1080.65550] \textit{Rum, Farshad; Gordon, Brandon W.}, Simulation of deformable objects using sliding mode control with application to cloth animation, 292-299 [Zbl 1080.68710] \textit{Hong, Min; Choi, Min-Hyung; Lee, Chris}, Constraint-based contact analysis between deformable objects, 300-308 [Zbl 1080.68724] \textit{Han, Namshik; Han, Kyungsook}, Prediction of binding sites in protein\,-\,nucleic acid complexes, 309-316 [Zbl 1081.92016] \textit{Jung, Haemoon; Han, Kyungsook}, Prediction of protein functions using protein interaction data, 317-324 [Zbl 1081.92017] \textit{Murzyn, Krzysztof; Róg, Tomasz; Pasenkiewicz-Gierula, Marta}, Interactions of magainin-2 amide with membrane lipids, 325-331 [Zbl 1081.92019] \textit{Goh, Yong Kheng; Jacobs, R. L.}, Dynamics of granular heaplets: a phenomenological model, 332-339 [Zbl 1319.74007] \textit{Tejchman, Jacek}, Modelling of shear zones in granular materials within hypoplasticity, 340-347 [Zbl 1330.74169] \textit{Leszczynski, Jacek S.; Ciesielski, Mariusz}, Effective algorithm for detection of a collision between spherical particles, 348-355 [Zbl 1319.82005] \textit{Kudela, Henryk; Regucki, Paweł}, Vorticity particle method for simulation of 3D flow, 356-363 [Zbl 1329.76247] \textit{Khanal, Manoj; Schubert, Wolfgang; Tomas, Jürgen}, Crack analysis in single plate stressing of particle compounds, 364-371 [Zbl 1319.74026] \textit{Liu, Leiming; Tong, Chaonan; Wang, Jianqin; Liu, Ranbing}, A uniform and reduced mathematical model for sucker rod pumping, 372-379 [Zbl 1330.74058] \textit{Dopico, Antonio G.; Correia, Miguel V.; Santos, Jorge A.; Nunes, Luis M.}, Distributed computation of optical flow, 380-387 [Zbl 1080.68717] \textit{Kong, Jun; Zhang, Baoxue; Guo, Wanwu}, Analytical test on effectiveness of MCDF operations, 388-395 [Zbl 1080.68719] \textit{Lim, Sukhyun; Shin, Byeong-Seok}, An efficient perspective projection using VolumePro\(^{\text{TM}}\), 396-403 [Zbl 1080.68720] \textit{Zhang, Aijun; Xue, Yong; Sun, Xiaosong; Hu, Yincui; Luo, Ying; Wang, Yanguang; Zhong, Shaobo; Wang, Jianqin; Tang, Jiakui; Cai, Guoyin}, Reconstruction of 3D curvilinear wireframe model from 2D orthographic views, 404-411 [Zbl 1080.68712] \textit{Cermak, Martin; Skala, Vaclav}, Surface curvature estimation for edge spinning algorithm, 412-418 [Zbl 1080.68707] \textit{Park, Sanghun; Bajaj, Chandrajit; Ihm, Insung}, Visualization of very large oceanography time-varying volume datasets, 419-426 [Zbl 1080.68709] \textit{Wang, Yueming; Pan, Gang; Wu, Zhaohui; Han, Shi}, Sphere-spin-Image: A viewpoint-invariant surface representation for 3D face recognition, 427-434 [Zbl 1080.68711] \textit{Fan, Jing; Ye, Yang; Cai, Jia-Mei}, Design and implementation of integrated assembly object model for intelligent virtual assembly planning, 435-442 [Zbl 1080.68728] \textit{Deschrijver, Dirk; Dhaene, Tom; Broeckhove, Jan}, Adaptive model based parameter estimation, based on sparse data and frequency derivatives, 443-450 [Zbl 1080.68723] \textit{Czarnul, Paweł; Ciereszko, Andrzej; Frązak, Marcin}, Towards efficient parallel image processing on cluster grids using GIMP, 451-458 [Zbl 1080.68716] \textit{Prodan, Radu; Bonelli, Andreas; Adelmann, Andreas; Fahringer, Thomas; Überhuber, Christoph}, Benchmarking parallel three dimensional FFT kernels with ZENTURIO, 459-466 [Zbl 1086.65539] \textit{Gall, Monika; Kutner, Ryszard; Wesela, Wojciech}, The proof and illustration of the central limit theorem by Brownian numerical experiments in real time within the Java applet, 467-474 [Zbl 1086.65501] \textit{Brzeziński, Jerzy; Szychowiak, Michał}, An extended coherence protocol for recoverable DSM systems with causal consistency, 475-482 [Zbl 1080.68532] \textit{Nowicki, Eugeniusz; Smutnicki, Czesław}, 2D and 3D representations of solution spaces for CO problems, 483-490 [Zbl 1080.90540] \textit{Kim, Cholmin; Kim, Wonil; Hong, Manpyo}, Effective detector set generation and evolution for artificial immune system, 491-498 [Zbl 1080.68627] \textit{Lee, Hyungjoon; Kim, Wonil; Hong, Manpyo}, Artificial immune system against viral attack, 499-506 [Zbl 1080.68629] \textit{Borgosz, Jan; Cyganek, Bogusław}, Proposal of the programming rules for VHDL designs, 507-514 [Zbl 1080.68543] \textit{Papageorgiou, Elpiniki; Groumpos, Peter}, A weight adaptation method for fuzzy cognitive maps to a process control problem, 515-522 [Zbl 1080.93667] \textit{Çinar, Ahmet}, A method based on fuzzy logic technique for smoothing in 2D, 523-531 [Zbl 1080.68706] \textit{Paz-Ramos, Marco Antonio; Torres-Jimenez, Jose; Quintero-Marmol-Marquez, Enrique}, Proportional-integral-derivative controllers tuning for unstable and integral processes using genetic algorithms, 532-539 [Zbl 1080.93658] \textit{Singhal, M.; Stephan, E. G.; Klicker, K. R.; Trease, L. L.; Chin, G. jun.; Gracio, D. K.; Payne, D. A.}, Enabling systems biology: A scientific problem-solving environment, 540-547 [Zbl 1080.68733] \textit{Cyganek, Bogusław}, Depth recovery with an area based version of the stereo matching method with scale-space tensor representation of local neighborhoods, 548-551 [Zbl 1080.68696] \textit{de Jesús Cruz Guzmán, J.; Oziewicz, Zbigniew}, Symbolic calculation for Frölicher-Nijenhuis \(\mathbb{R}\)-algebra for exploring in electromagnetic field theory, 552-556 [Zbl 1080.78509] \textit{Cuyt, Annie; Benouahmane, Brahim; Verdonk, Brigitte}, Spherical orthogonal polynomials and symbolic-numeric Gaussian cubature formulas, 557-560 [Zbl 1080.68741] \textit{Gashkov, S. B.; Gashkov, I. B.}, The Berlekamp-Massey algorithm. A sight from theory of Padé approximants and orthogonal polynomials, 561-564 [Zbl 1084.94002] \textit{Kulikov, Gennady Y.}, An advanced version of the local-global step size control for Runge-Kutta methods applied to index 1 differential-algebraic systems, 565-569 [Zbl 1080.65540] \textit{Kulikov, Gennady Y.; Shindin, Sergey K.}, INTEGRATOR: A computational tool to solve ordinary differential equations with global error control, 570-573 [Zbl 1086.65527] \textit{Xian, Jun; Li, Yongjin; Lin, Wei}, Reconstruction of signal from samples of its integral in spline subspaces, 574-577 [Zbl 1080.94515] \textit{Bylina, Beata; Bylina, Jarosław}, The vectorized and parallelized solving of Markovian models for optical networks, 578-581 [Zbl 1081.68549] \textit{Daoud, Daoud S.; Subasi, D.}, A parallel splitting up algorithm for the determination of an unknown coefficient in multi dimensional parabolic problem, 582-585 [Zbl 1081.93006] \textit{Asensio, M. I.; Cascón, J. M.; Ferragut, L.}, A posteriori error analysis of a mixed method for linear parabolic problem, 586-589 [Zbl 1085.65516] \textit{Seoane, Natalia; García-Loureiro, A. J.}, Analysis of parallel numerical libraries to solve the 3D electron continuity equation, 590-593 [Zbl 1085.65505] \textit{Nöh, Katharina; Wiechert, Wolfgang}, Parallel solution of cascaded ODE systems applied to \({}^{13}\)C-labeling experiments, 594-597 [Zbl 1085.65511] \textit{Choe, Tae-Young; Park, Chan-Ik}, A \(k\)-way graph partitioning algorithm based on clustering by eigenvector, 598-601 [Zbl 1082.05085] \textit{de Jesús Cruz Guzmán, José; Oziewicz, Zbigniew}, Network of networks, 602-605 [Zbl 1084.18001] \textit{El-Aker, Fouad; Al-Badarneh, Amer}, MSL: An efficient adaptive in-place radix sort algorithm, 606-609 [Zbl 1081.68587] \textit{Ndoundam, René; Tadonki, Claude; Tchuente, Maurice}, Parallel chip firing game associated with \(n\)-cube edges orientations, 610-613 [Zbl 1081.91504] \textit{Bertoldo, Alberto; Bianco, Mauro; Pucci, Geppino}, A fast multifrontal solver for nonlinear multi-physics problems, 614-617 [Zbl 1085.65504] \textit{Balas, Lale}, Modelling of interaction between surface waves and mud layer, 618-621 [Zbl 1329.86002] \textit{Yang, X. S.; Lewis, R. W.; Zhang, H.}, Computational modelling of pulsating biological flow, 622-625 [Zbl 1329.76418] \textit{Tejchman, Jacek}, Effect of heterogeneity on formation of shear zones in granular bodies, 626-629 [Zbl 1082.74012] \textit{Wołoszyn, Maciej; Spisak, Bartłomiej J.}, Effect of structural disorder on the electronic density of states in one-dimensional chain of atoms, 630-633 [Zbl 1085.82003] \textit{Kasperska, Elżbieta; Słota, Damian}, The estimation of the mathematical exactness of system dynamics method on the base of some economic system, 634-637 [Zbl 1173.91424] \textit{Malarz, K.; Sitarz, M.; Gronek, P.; Dydejczyk, A.}, Size of the stable population in the Penna bit-string model of biological aging, 638-641 [Zbl 1132.92303] \textit{Montero, G.; Montenegro, R.; Escobar, J. M.; Rodríguez, Eduardo; González-Yuste, J. M.}, Velocity field modelling for pollutant plume using 3-D adaptive finite element method, 642-645 [Zbl 1081.86004] \textit{Jurczyk, T.; Głut, B.}, Organization of the mesh structure, 646-649 [Zbl 1081.68728] \textit{Koetsier, J.; Corchado, E.; MacDonald, D.; Corchado, J.; Fyfe, C.}, Kernel maximum likelihood Hebbian learning, 650-653 [Zbl 1081.68666] \textit{Fic, Grzegorz; Nowak, Grazyna}, Discovery of chemical transformations with the use of machine learning, 654-657 [Zbl 1081.68664] \textit{Fernández, J.; Montañés, E.; Díaz, I.; Ranilla, J.; Combarro, E. F.}, Extraction of document descriptive terms with a linguistic-based machine learning approach, 658-661 [Zbl 1081.68082] \textit{Jalili-Kharaajoo, M.}, Application of brain emotional learning based intelligent controller (BELBIC) to active queue management, 662-665 [Zbl 1081.68551] \textit{Jiang, J. Q.; Liang, Y. C.; Shi, X. H.; Lee, H. P.}, A hybrid algorithm based on PSO and SA and its application for two-dimensional non-guillotine cutting stock problem, 666-669 [Zbl 1081.68675] \textit{Oltean, M.; Dumitrescu, D.}, Evolving TSP heuristics using multi expression programming, 670-673 [Zbl 1081.68676] \textit{Groşan, C.; Oltean, M.}, Improving the performance of evolutionary algorithms for the multiobjective 0/1 knapsack problem using \(\epsilon\)-dominance, 674-677 [Zbl 1080.68665] \textit{Baik, S.; Bala, J.; Hadjarian, A.; Pachowicz, P.}, Genetic evolution approach for target movement prediction, 678-681 [Zbl 1080.68654] \textit{Hoffmann, G. A.}, Adaptive transfer functions in radial basis function (RBF) networks, 682-686 [Zbl 1080.68624] \textit{Kim, D. H.; Cho, J. H.}, Disturbance rejection control of thermal power plant using immune algorithm, 687-690 [Zbl 1080.93666] \textit{Oh, S.-K.; Roh, S.-B.; Lee, D.-Y.}, The design methodology of fuzzy controller based on information granulation (IG)-based optimization approach, 691-694 [Zbl 1080.93664] \textit{Kim, D. H.}, PID controller tuning of a boiler control system using immune algorithm typed neural network, 695-698 [Zbl 1080.93665] \textit{Parsa, Saeed; Bushehrian, O.}, A framework to investigate and evaluate genetic clustering algorithms for automatic modularization of software systems, 699-702 [Zbl 1080.68564] \textit{Swiecicki, M.; Wajs, W.; Wais, P.}, An artificial immune algorithms apply to pre-processing signals, 703-707 [Zbl 1080.68636] \textit{Jalili-Kharaajoo, Mahdi}, Identification and control using direction basis function neural network, 708-712 [Zbl 1080.93663] \textit{Jalili-Kharaajoo, Mahdi}, A new dynamic structure neural network for control of nonlinear systems, 713-716 [Zbl 1080.93661] \textit{Jalili-Kharaajoo, Mahdi}, Proposing a new learning algorithm to improve fault tolerance of neural networks, 717-721 [Zbl 1080.68625] \textit{Akay, Bulent}, Nonlinear parametric model identification and model based control of S. cerevisiae production, 722-725 [Zbl 1080.93670] \textit{Searcy, Mary E.; Richie, Jill T.}, The notion of community in United States computational science education initiatives, 726-729 [Zbl 1080.68517]