Parallel processing and applied mathematics. 4th international conference, PPAM 2001, Nałȩczów, Poland, September 9--12, 2001. Revised papers (Q1611714)

The articles of this volume will be reviewed individually. The 1st conference 1994 has been reviewed (see Zbl 0824.68005). Indexed articles: \textit{Borkowski, Janusz}, Interrupt and cancellation as synchronization methods, 3-9 [Zbl 1057.68578] \textit{Decyk, Viktor K.; Dauger, Dean E.}, Supercomputing for the masses: A parallel Macintosh cluster, 10-22 [Zbl 1057.68731] \textit{Deelman, Ewa; Kesselman, Carl; Williams, Roy; Blackburn, Kent; Lazzarini, Albert; Koranda, Scott}, Applications of virtual data in the LIGO experiment, 23-34 [Zbl 1057.68732] \textit{Sampels, Michael}, Visualization of automorphisms and vertex-symmetry, 35-41 [Zbl 1057.68652] \textit{Schmollinger, Martin; Kaufmann, Michael}, \(\kappa\)NUMA: A model for clusters of SMP-Machines, 42-50 [Zbl 1057.68567] \textit{Tudruj, Marek; Masko, Łukasz}, A parallel system architecture based on dynamically configurable shared memory clusters, 51-61 [Zbl 1057.68568] \textit{Fernández, C.; Torres, F.; Puente, S. T.}, SASEPA: Simultaneous allocation and scheduling with exclusion and precedence relations algorithm, 65-70 [Zbl 1057.68545] \textit{Fujimoto, Noriyuki; Hagihara, Kenichi}, Optimal task scheduling of a complete \(k\)-ary tree with communication delays, 71-78 [Zbl 1057.68546] \textit{Gawiejnowicz, Stanisław; Kurc, Wiesław; Pankowska, Lidia}, A greedy approach for a time-dependent scheduling problem, 79-86 [Zbl 1057.68547] \textit{Giaro, Krzysztof; Kubale, Marek; Małafiejski, Michał; Piwakowski, Konrad}, Dedicated scheduling of biprocessor tasks to minimize mean flow time, 87-96 [Zbl 1057.68548] \textit{Laskowski, Eryk}, Fast scheduling and partitioning algorithm in the multi-processor system with redundant communication resources, 97-106 [Zbl 1057.68551] \textit{Rotaru, Tiberiu; Nägeli, Hans-Heinrich}, Heterogeneous dynamic load balancing with a scheme based on the Laplacian polynomial, 107-114 [Zbl 1057.68554] \textit{Tudruj, Marek; Masko, Łukasz}, Task scheduling for dynamically configurable multiple SMP clusters based on extended DSC approach, 115-124 [Zbl 1057.68559] \textit{Wolniewicz, Paweł; Drozdowski, Maciej}, Processing time and memory requirements for multi-instalment divisible job processing, 125-133 [Zbl 1057.68561] \textit{Drozdowski, Maciej}, Estimating execution time of distributed applications, 137-144 [Zbl 1057.68544] \textit{Kwiatkowski, Jan}, Evaluation of parallel programs by measurement of its granularity, 145-153 [Zbl 1057.68550] \textit{Metkowski, Rafał; Bała, Piotr; Clark, Terry}, The performance of different communication mechanisms and algorithms used for parallelization of molecular dynamics code, 154-161 [Zbl 1057.68552] \textit{Nikolow, Darin; Słota, Renata; Kitowski, Jacek}, Benchmarking tertiary storage systems with file fragmentation, 162-169 [Zbl 1057.68553] \textit{Olas, Tomasz; Karczewski, Konrad; Tomas, Adam; Wyrzykowski, Roman}, FEM computations on clusters using different models of parallel programming, 170-182 [Zbl 1057.68736] \textit{Blesa, Maria J.; Hernàndez, Lluis; Xhafa, Fatos}, Parallel skeletons for tabu search method based on search strategies and neighborhood partition, 185-193 [Zbl 1057.68683] \textit{Błazewicz, Jacek; Walkowiak, Rafał}, A new parallel approach for multi-dimensional packing problem, 194-201 [Zbl 1057.68744] \textit{Brzeziński, Jerzy; Wawrzyniak, Dariusz}, Consistency requirements of Peterson's algorithm for mutual exclusion of \({n}\) processes in a distributed shared memory system, 202-209 [Zbl 1057.68751] \textit{Czech, Zbigniew J.}, Three parallel algorithms for simulated annealing, 210-217 [Zbl 1057.68745] \textit{Guinand, Frédéric; Parmentier, Gilles; Trystram, Denis}, Construction of phylogenetic trees on parallel clusters, 218-227 [Zbl 1057.68748] \textit{Kokosiński, Zbigniew}, On parallel generation of t-ary trees in an associative model, 228-235 [Zbl 1057.68749] \textit{Wodecki, Mieczysław; Bożejko, Wojciech}, Solving the flow shop problem by parallel simulated annealing, 236-244 [Zbl 1057.68750] \textit{Dembiński, Piotr; Penczek, Wojciech; Półrola, Agata}, Automated verification of infinite state concurrent systems, 247-255 [Zbl 1057.68641] \textit{González, J. A.; León, C.; Pristinta, M.; Roda, J. L.; Rodríguez, C.; Rodríguez, J. M.; Sande, F.}, A language for the complexity analysis of parallel programs, 256-263 [Zbl 1057.68581] \textit{Krivoi, Sergey}, Criteria of satisfiability for homogeneous systems of linear Diophantine constraints, 264-271 [Zbl 1057.68753] \textit{Maslennikov, Oleg}, Systematic generation of executing programs for processor elements in parallel ASIC or FPGA-based systems and their transformation into VHDL-descriptions of processor element control units, 272-279 [Zbl 1057.68504] \textit{Sener, Cevat; Paker, Yakup; Kiper, Ayşe}, Developing a data-parallel application with DaParT, 280-287 [Zbl 1057.68594] \textit{Smyk, Adam; Tudruj, Marek}, Application of mixed MPI / OpenMP programming in a multi SMP cluster computer, 288-296 [Zbl 1057.68595] \textit{Brezany, Peter; Bubak, Marian; Malawski, Maciej; Zając, Katarzyna}, Irregular and out-of-core parallel computing on clusters, 299-306 [Zbl 1057.68587] \textit{Bubak, Marian; Funika, Włodzimierz; Baliś, Bartosz; Wismüller, Roland}, A concept of grid application monitoring, 307-314 [Zbl 1057.68562] \textit{Bubak, Marian; Funika, Włodzimierz; Mȩtel, Piotr; Orłowski, Rafał; Wismüller, Roland}, Towards a monitoring interface specification for distributed Java applications, 315-322 [Zbl 1057.68588] \textit{Garstecki, Łukasz; Kaczmarek, Paweł; Chassin de Kergommeaux, Jacques; Krawczyk, Henryk; Wiszniewski, Bogdan}, Testing for conformance of parallel programming pattern languages, 323-330 [Zbl 1057.68580] \textit{Gepner, Pawel}, Overview of IA-64 explicitly parallel instruction computing architecture, 331-339 [Zbl 1057.68564] \textit{Gosciński, A.; Hobbs, M.; Silcock, J.}, Toward an operating system that supports parallel processing on nondedicated clusters, 340-353 [Zbl 1057.68584] \textit{Kim, Joong-Han; Yae, Seong-Soo; Ramakrishna, R. S.; Kim, Yoo-Sung}, Load distribution in Jini using JINT, 354-363 [Zbl 1057.68511] \textit{Lepiarz, Marcin; Onderka, Zdzislaw}, Agent system for load monitoring of the heterogeneous computer network, 364-368 [Zbl 1057.68513] \textit{Nguyen, G. T.; Hluchy, L.; Tran, V. D.; Kotocova, M.}, DDG task recovery for cluster computing, 369-376 [Zbl 1057.68519] \textit{Alonso, Pedro; Cortina, Raquel; Díaz, Irene; Hernández, Vicente; Ranilla, José}, A columnwise block striping in Neville elimination, 379-386 [Zbl 1057.65515] \textit{Bjørstad, Petter E.; Krzyżanowski, Piotr}, A flexible 2-level Neumann-Neumann method for structural analysis problems, 387-394 [Zbl 1057.65516] \textit{Blaheta, Radim; Jakl, Ondřej; Starý, Jiří}, Parallel displacement decomposition solvers for elasticity problems, 395-403 [Zbl 1057.65517] \textit{Čiegis, R.; Šilko, G.}, A scheme for partitioning regular graphs, 404-409 [Zbl 1057.65514] \textit{Cooper, A.; Szularz, M.; Weston, J.}, Analysis of the Lanczos error bounds and its application to the explicitly restarted Lanczos algorithm, 410-417 [Zbl 1057.65518] \textit{Gustavson, Fred G.}, New generalized data structures for matrices lead to a variety of high performance algorithms, 418-436 [Zbl 1057.68601] \textit{Petcu, Dana}, Solving large systems of differential equations with PaViS, 437-445 [Zbl 1057.65521] \textit{Saad, Y.; Sosonkina, M.}, pARMS: A package for solving general sparse linear systems on parallel computers, 446-457 [Zbl 1057.65523] \textit{Sergyienko, Anatoli; Maslennikov, Oleg}, Implementation of Givens QR-decomposition in FPGA, 458-465 [Zbl 1057.65525] \textit{Stpiczyński, Przemysław}, A new message passing algorithm for solving linear recurrence systems, 466-473 [Zbl 1057.65526] \textit{Burczyński, Tadeusz; Kus, Wacław}, Distributed evolutionary algorithms in shape optimization of nonlinear structures, 477-484 [Zbl 1057.74588] \textit{Hluchy, L.; Froehlich, D.; Tran, V. D.; Astalos, J.; Dobrucky, M.; Nguyen, G. T.}, Parallel numerical solution for flood modeling systems, 485-492 [Zbl 1057.76566] \textit{Jurczyk, Tomasz; Głut, Barbara; Kitowski, Jacek}, An empirical comparison of decomposition algorithms for complex finite element meshes, 493-501 [Zbl 1057.65519] \textit{Kamieniarz, Grzegorz; Matysiak, Ryszard; D'Auria, Alvaro Caramico; Esposito, Filippo; Benelli, Cristiano}, Application of parallel computing in the transfer-matrix simulations of the supramolecules Mn\(_{6}\) and Ni\(_{12}\), 502-509 [Zbl 1057.82520] \textit{Krawczyk, Henryk; Neyman, Aleksander; Nowikowski, Michal; Saif, Jamil}, The parallel environment for endoscopic image analysis, 510-516 [Zbl 1057.68716] \textit{Kwiatkowski, Jan; Kwiatkowska, Wieslawa; Kawa, Krzysztof; Kania, Piotr}, Using fractal coding in medical image magnification, 517-525 [Zbl 1057.68717] \textit{Levin, Mikhail P.}, Quasi-characteristics scheme with parallel facilities for computations of two-phase flows in heterogeneous porous media, 526-534 [Zbl 1057.76567] \textit{Musiał, G.; Dȩbski, L.}, Monte Carlo method with parallel computation of phase transitions in the three-dimensional Ashkin-Teller model, 535-543 [Zbl 1057.82504] \textit{Nilsson, Stefan}, Flow simulations on overlapping grids, 544-551 [Zbl 1057.65500] \textit{Norton, Charles D.; Ćwik, Thomas A.}, Parallel unstructured AMR and gigabit networking for Beowulf-class clusters, 552-563 [Zbl 1057.65520] \textit{Sawyer, William; Messmer, Peter}, Parallel grid manipulations for general circulation models, 564-571 [Zbl 1057.65524] \textit{Soloviev, Alexander; Maksimov, Vyacheslav; Rozenberg, Valerii; Ermoliev, Yurii}, Block models of lithosphere dynamics: Approach and algorithms, 572-579 [Zbl 1057.86518] \textit{Szymański, Boleslaw K.; Chen, Gilbert}, A component model for discrete event simulation, 580-592 [Zbl 1057.68728] \textit{Kołodziej, Joanna}, Modelling hierarchical genetic strategy as a family of Markov chains, 595-598 [Zbl 1057.68662] \textit{Rutkowska, Danuta; Nowicki, Robert; Hayashi, Yoichi}, Parallel processing by implication-based neuro-fuzzy systems, 599-607 [Zbl 1057.68668] \textit{Schaefer, Robert; Jabłoński, Zenon J.}, On the convergence of sampling measures in the global genetic search, 608-616 [Zbl 1057.68688] \textit{Seijas, Juan; Morató, Carmen; Sanz-González, José L.}, Genetic algorithms: Two different elitism operators for stochastic and deterministic applications, 617-625 [Zbl 1057.68689] \textit{Seredyński, Franciszek; Swiȩcicka, Anna}, Immune-like system approach to cellular automata-based scheduling, 626-633 [Zbl 1057.68557] \textit{Starczewski, Janusz; Rutkowski, Leszek}, Connectionist structures of type 2 fuzzy inference systems, 634-642 [Zbl 1057.68669] \textit{Wojnarski, Marcin}, LTF-C -- neural network for solving classification problems, 643-651 [Zbl 1057.68672] \textit{Zola, Jarosław; Wyrzykowski, Roman}, EPL-Julia the high-performance library for evolutionary computations, 652-659 [Zbl 1057.68583] \textit{Fialko, Sergiy}, Aggregation multilevel iterative solver for analysis of large-scale finite element problems of structural mechanics: Linear statics and natural vibrations, 663-670 [Zbl 1057.74591] \textit{Grzybowski, Andrzej}, Computer simulations in constructing a coefficient of uncertainty in regression estimation -- methodology and results, 671-678 [Zbl 1057.62522] \textit{Grzymkowski, Radosław; Słota, Damian}, Multi-phase inverse Stefan problems solved by approximation method, 679-686 [Zbl 1057.80500] \textit{Karafiat, Andrzej; Sławik, Lech; Trzos, Olga}, Error estimates for BE/FE method in elastic scattering, 687-694 [Zbl 1057.76546] \textit{Leszczyński, Jacek; Ciesielski, Mariusz}, A numerical method for solution of ordinary differential equations of fractional order, 695-702 [Zbl 1057.65507] \textit{Leszczyński, Jacek; Pluta, Sebastian}, The efficient generation of unstructured control volumes in 2D and 3D, 703-710 [Zbl 1057.68703] \textit{Nagórka, Arkadiusz; Sczygiol, Norbert; Szwarc, Grzegorz}, Coupling of thermal and mechanical phenomena by boundary conditions in numerical modelling of solidifying castings, 711-718 [Zbl 1057.80501] \textit{Paprzycki, Marcin; Dent, Deborah; Kucaba-Piȩtal, Anna}, Solvers for nonlinear algebraic equations; where are we today?, 719-728 [Zbl 1057.65506] \textit{Patan, Maciej; Uciński, Dariusz}, Optimal location of sensors for parameter estimation of static distributed systems, 729-737 [Zbl 1057.93524] \textit{Pielorz, Amalia}, Application of equations with a retarded argument in physical systems, 738-746 [Zbl 1067.74027] \textit{Poullikkas, Andreas; Karageorghis, Andreas; Georgiou, Georgios}, The method of fundamental solutions in three-dimensional elastostatics, 747-755 [Zbl 1067.74023] \textit{Sevastjanov, Pavel V.; Róg, Paweł; Venberg, Andrey V.}, A constructive numerical method for the comparison of intervals, 756-761 [Zbl 1057.65501] \textit{Smyrlis, Yiorgos-Sokratis; Karageorghis, Andreas}, Rotation of the sources and normalization of the fundamental solutions in the MFS, 762-769 [Zbl 1057.65513] \textit{Vasilyeva, Ekaterina; Rozenberg, Valerii}, Reconstruction of unknown properties of seismic flows, 770-777 [Zbl 1057.86501] \textit{Weiner, R.; Schmitt, B. A.; Podhaisky, H.}, Parallel two-step W-methods on singular perturbation problems, 778-785 [Zbl 1057.65508] \textit{Habbas, Zineb; Krajecki, Michaël; Singer, Daniel}, The Langford's problem: A challenge for parallel resolution of CSP, 789-796 [Zbl 1057.68686] \textit{Kleymenov, A.; Petunin, D.; Semenov, A.; Vazhev, I.}, A model of cooperative solvers for computational problems, 797-802 [Zbl 1057.68503] \textit{Revol, N.; Denneulin, Y.; Méhaut, J.-F.; Planquelle, B.}, A methodology of parallelization for continuous verified global optimization, 803-810 [Zbl 1057.65522] \textit{Romero, Nicolas}, Mobile concurrent constraint programming, 811-818 [Zbl 1057.68687] \textit{Sinz, Carsten; Denzinger, Jörg; Avenhaus, Jürgen; Küchlin, Wolfgang}, Combining parallel and distributed search in automated equational deduction, 819-829 [Zbl 1057.68681] \textit{Bujanda, Blanca; Jorge, Juan Carlos}, Numerical methods for evolutionary convection-diffusion problems with nonlinear reaction terms, 833-840 [Zbl 1066.76043] \textit{Jankowski, Jan; Warmowska, Monika}, Solution of incompressible Navier-Stokes equations using projection methods, 841-848 [Zbl 1066.76049] \textit{Auzinger, Winfried; Koch, Othmar; Weinmüller, Ewa}, Theory and solution techniques for singular boundary value problems in ordinary differential equations, 851-861 [Zbl 1057.34503] \textit{Bielecki, Andrzej; Jabłoński, Dariusz}, Estimation of numerical dynamics constants of a weakly nonlinear neuron, 862-869 [Zbl 1057.68659] \textit{Domoshnitsky, Alexander; Drakhlin, Michael; Litsyn, Elena}, On positivity of solutions of delayed differential equation with state dependent impulses, 870-876 [Zbl 1081.34527] \textit{Krzhizhanovskaya, V. V.; Zatevakhin, M. A.; Ignatiev, A. A.; Gorbachev, Y. E.; Sloot, P. M. A.}, Distributed simulation of silicon-based film growth, 879-887 [Zbl 1057.68733] \textit{Magdoń-Maksymowicz, Maria Stanisława; Bubak, Marian; Maksymowicz, Andrzej Zbigniew}, Biological time scale and ageing in the Penna model, 888-895 [Zbl 1057.68734] \textit{Maniatty, William A.; Caraco, Thomas; Lehman, Niles; Szymański, Boleslaw K.}, Spatial models of persistence in RNA worlds: Exploring the origins of life, 896-903 [Zbl 1057.68735] \textit{Topa, Paweł; Paszkowski, Mariusz}, Anastomosing transportation networks, 904-911 [Zbl 1057.68738]