1. PARA 1994: Lyngby, Denmark

• Anders Ålund, Per Lötstedt, Roland Rydeén:
  Computational Fluid Dynamics on Workstation Clusters in Industrial Environments. 1-10
  
• Bjarne Stig Andersen, P. Kaae, C. Keable, Wojciech Owczarz, Jerzy Wasniewski, Zahari Zlatev:
  PVM Implementations of Advection-Chemistry Modules of Air Pollution Models. 11-16
  
• Vincenzo Antonuccio-Delogu, Ugo Becciani:
  A Parallel Tree N-Body Code for Heterogeneous Clusters. 17-32
  
• José M. Badía, Antonio M. Vidal:
  Parallel Computation of the Eigenstructure of Toeplitz-plus-Hankel Matrices on Multicomputers. 33-40
  
• Susanne M. Balle, Palle M. Pedersen:
  Singular Value Decomposition on the Connection Machine CM-5/CM-5E. 41-50
  
• Vincent A. Barker, Chen Yingqun:
  Computing Eigenvalues of Sparse Matrices on the Connection Machine. 51-58
  
• Claus Bendtsen:
  Preliminary Experiences with Extrapolation Methods for Parallel Solution of Differential Algebraic Equations. 59-66
  
• Pavel Berkhin, John Brown:
  A Transform Approach to Fast Matrix Multiplication. 67-79
  
• Gert D. Billing:
  Quantum Mechanical Treatment of Reactive Scattering Problems. 80-88
  
• Achim Bode, Norbert Eicker, Thomas Lippert, Klaus Schilling, P. Ueberholz:
  Visualizing the Critical Dynamics of Monopole Current Clusters - Global/Local Programming on the Connection Machine CM-5. 89-99
  
• Krzysztof Boryczko, Jacek Kitowski, Jacek Moscinski:
  Load-Balancing Procedure for Distributed Short-Range Molecular Dynamics. 100-109
  
• John Brown, Per Christian Hansen, Jerzy Wasniewski, Zahari Zlatev:
  Comparison of Massively Parallel SIMD Computers Using Air Pollution Models. 110-126
  
• Marian Bubak, Jacek Moscinski, Marek Pogoda, W. Zdechlikiewicz:
  Parallel Distributed 2-D Short-Range Molecular Dynamics on Networked Workstations. 127-135
  
• Marian Bubak, Jacek Moscinski, Renata Slota:
  Implementation of Parallel Lattice Gas Program on Workstations under PVM. 136-146
  
• Jaeyoung Choi, Jack Dongarra, Roldan Pozo, David W. Walker:
  Constructing Numerical Software Libraries for High-Performance Computing Environments. 147-168
  
• Michel J. Daydé, Iain S. Duff:
  The CERFACS Experience. 169-176
  
• Renate Dohmen:
  Towards an Automatic Portation of Programs from nCUBE2 to KSR1. 177-189
  
• V. D. Elinov, O. G. Monakhov, I. I. Ushatinsky:
  Seismic Data Processing: Parallel and Conservative Computations on the Multitransputer System. 190-193
  
• Yakov I. Fet, Alexander Vazhenin:
  Heterogeneous Processing: A Combined Approach. 194-206
  
• Salvatore Filippone, Maria Loredana Sales:
  Experiences in Numerical Software on IBM Distributed Memory Architectures. 207-218
  
• T. L. Freeman, J. Mark Bull:
  Shared Memory and Message Passing Implementations of Parallel Algorithms for Numerical Integration. 219-228
  
• M. Gajecki, Jacek Moscinski:
  A New Algorithm for the Traveling Salesman Problem on Networked Workstations. 229-235
  
• G. A. Geist II:
  Cluster Computing: The Wave of the Future? 236-246
  
• L. Grosz, C. Roll, Willi Schönauer:
  Nonlinear Finite Element Problems on Parallel Computers. 247-261
  
• Harri Hakula, Jouni Malinen, Petri Kallberg, Pekka Valve:
  The Finite Element Method Applied to the Exterior Helmholtz Problem on the IBM SP-1. 262-269
  
• Sven Hammarling:
  The Challenge of Portable Libraries for High Performance Machines. 270-286
  
• Per Christian Hansen:
  Parallel Issues of Regularization Problems. 287-295
  
• Per Christian Hansen, Tzvetan Ostromsky, Zahari Zlatev:
  Two Enhancements in a Partitioned Sparse Code. 296-303
  
• William J. Harrod, Majed Sidani:
  Numerical Algorithms for the Cray T3D. 304-311
  
• A. Hunding:
  Nonlinear Dynamics in Biochemical Control Systems. 312-317
  
• S. Lennart Johnsson, Kapil K. Mathur:
  Scientific Software Libraries for Scalable. 318-332
  
• Jürgen Günter Kienhöfer:
  The EFFECT System for Parallel Programming. 333-343
  
• Thomas Larsen, Wouter Joosen, John W. Perram:
  The Object-Oriented Development of a Parallel Application in Polymer Dynamics. 344-348
  
• Henryk Leszcynkski, Jerzy Pieniazek:
  On Some Difference Analogues of PDEs with a Delay. 349-357
  
• Kaj Madsen, Ole Toft:
  Parallel Interval Methods for Perturbed Linear Systems. 358-361
  
• Oliver A. McBryan:
  Limiting Factors in High Performance Computing. 362-373
  
• Peter Michielse:
  Programming the Convex Exemplar Series SPP System. 374-382
  
• K. Museth, Gert D. Billing, J. Linderberg:
  The Full Quantum Mechanical Three Body Problem of H₂⁺. 383-391
  
• Ole H. Nielsen:
  Molecular dynamics: experiences with Connection Machines CM-200 and CM-5. 392-396
  
• Patrik Nordling, Peter Fritzson:
  Solving Ordinary Differential Equations on Parallel Computers - Applied to Dynamic Rolling Bearings Simulation. 397-415
  
• Marcin Paprzycki, Przemyslaw Stpiczynski:
  Solving Linear Recurrence Systems on a Cray Y-MP. 416-424
  
• Palle M. Pedersen, Susanne M. Balle:
  Selected Techniques for Efficient Parallel Implementation of Dense Linear Algebra Algorithms on the Connection Machine CM-5/CM/5E. 425-433
  
• Roar Skålin, Dag Bjørge, Nils Gustafsson, Ivar Lie, Deborah Salmond:
  Parallelization of HIRLAM on MIMD Platforms. 434-457
  
• Jens N. Sørensen, Martin O. L. Hansen, Erik Jensen:
  Simulation of Fluid Dynamical Flow Problems. 458-468
  
• Marek Szularz, Jim Weston, Kieran Murphy, Maurice Clint:
  Parallel Algorithms for the Partial Eigensolution of Large Sparse Matrices on Novel Architecture Computers. 469-482
  
• Carl G. Tengwall:
  SP2 Architecture and Performance. 483-492
  
• Per Grove Thomsen:
  Real Time Simulation in a Cluster Computing Environment. 493-497
  
• Søren Toxvaerd:
  Parallel Computations in Molecular Dynamics. 498-504
  
• Alexander Vazhenin:
  Efficient High-Accuracy Computations in Massively Parallel Systems. 505-519
  
• Plamen Y. Yalamov:
  Stability of Parallel Bidiagonal Solvers. 520-533
  
• Adam Zemla:
  Wavelet Transforms Computing on PVM. 534-546
  
• Zahari Zlatev, Jerzy Wasniewski:
  PARASPAR: Parallel Solvers for Sparse Linear Algebraic Systems. 547-556
  
• Andrej Zrimsek, Tine Smukavec:
  Fair Metacomputer - FMC. 557-566
  

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