Parallel Computing Technologies: 4th International Conference, PaCT-97, Yaroslavl, Russia, September 8-12, 1997. Proceedings
Victor E. Malyshkin · Medical Entomology and Zoology · 1997
Parallel computations on finite partially ordered sets.- Tight lower bounds for computing shortest paths on proper interval and bipartite permutation graphs.- Using run-time uncertainty to robustly schedule parallel computation.- A Tuple-based data structure for distributed parallel processing of 3D dynamic meshes.- The application of parallel computations technique to the solution of certain hydrodynamic stability problems.- A formal framework for the analysis of recursive-parallel programs.- Systematic design of 3-dimensional fixed-size array processors.- On proving large distributed systems: Petri net modules verification.- Influence of self-connection weights on cellular-neural network stability.- Estimating the parallel start-up overhead for parallelizing compilers.- Parallel and distributed evolutionary computation with MANIFOLD.- Parallel computation of fractal sets with the help of neural networks and cellular automata.- On a technology of design and analysis of dataflow programs.- An integer linear programming model of software pipelining for the MIPS R8000 processor.- Computations on cellular automata with defects.- Efficient implementation of the improved unsymmetric Lanczos process on massively distributed memory computers.- A spatial grid file for multimedia data representation.- Optimization techniques and performance analysis for different serial and parallel RISC-based computers.- Analysis of a distributed election algorithm using COVERS 3.0 - A case study.- A unified software pipeline construction scheme for modulo scheduled loops.- An HPF case study of a domain-decomposition based irregular application.- Hybrid approach to task allocation in distributed systems.- Viability of multithreading on networks of workstations.- Task migration and fine grain parallelism on distributed memory architectures.- A scheme for building visual debugging environment with dynamic debugging method for parallel systems.- Control-driven coordination programming in shared dataspace.- Performance analysis of geometric modeling algorithm.- 3D visual tool supporting derivation of parallel programs for MIMD systems.- Scheduling algorithms for parallel transaction processing systems.- Communications in parallel architectures and networks of workstations: From standardisation to new standards.- A multithreaded vector co-processor.- Hardware support for 3D cellular processing.- Cellular neural-like algorithms with heuristics for solving combinatorial optimization problems.- Analysis of methods for solving large-scale non-symmetric linear systems with sparsed matrices.- Parallel simulation of non-linear phenomena with cellular automata.- Modelling of seismic waves propagation for 2D media (direct and inverse problems).- Decomposition on a group and parallel convolution and fast Fourier transform algorithms.- Parallel implementation of symmetric alternating direction implicit methods.- Construction of composed ALT-models of cellular architectures.- Parallel computation of an unsteady compressible flow.- Parallel simulation technologies for stochastic systems.- Parallel direct algorithms for solution of sparse linear systems.- Scheduling parallel programs involving parallel database interactions.- The base module of multiprocessor system with structural-procedural organization of computing.- Bitwise processing - a paradigm for deriving parallel algorithms.- Tuning shared network cache size vs. second-level cache size in clusters-based multiprocessors.- A simple, multi-architecture, parallel procedure for generating combinations.- Processing and debugging of parallel programs on the level of task model.- Systolic modular exponentiation.- The highly parallel incomplete Gram-Schmidt preconditioner.- COVERS 3.0 - A C++ based graphical modeling and simulation tool.- Simulating cellular computations with ALT. A tutorial.- SPARTH: A family of systems for parallel high-accuracy computations.